Move Like a Machine is a chapter in the CBSE Class 8 Physical Education and Well Being syllabus from Khel Yatra. This chapter hub brings together revision notes, practice questions, worksheets, flashcards to help students learn, practice, and revise Move Like a Machine effectively.

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Move Like a Machine

NCERT Class 8 Physical Education and Well Being Chapter 9: Move Like a Machine (Pages 27–29)

Class 8 CBSE hub Physical Education and Well Being chapters Khel Yatra

Summary of Move Like a Machine

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Move Like a Machine at a Glance

Board

CBSE

Class

Class 8

Subject

Physical Education and Well Being

Book

Khel Yatra

Chapter

Pages

27–29

Resources

6 study resources

Move Like a Machine Summary

In this chapter, students will explore how their bodies move by understanding the musculoskeletal system, which includes muscles, bones, and joints. The activities are set up in four stations. Each station focuses on different movements: the first deals with flexion and extension through bicep curls, the second involves jumping and landing with squat jumps, the third brings attention to push-and-pull motions through push-ups or resistance band pulls, and the fourth emphasizes balance with one-leg balancing activities. Before starting, it is important for students to warm up their bodies. The warm-up includes light jogging, arm circles, and stretches to engage the major muscle groups and prepare them for the activities ahead. This preparation helps to prevent injuries. As students rotate through the stations, they will engage in specific exercises tailored to strengthen different muscle groups and enhance their skills. For instance, at Station 1, they will perform bicep curls using resistance bands, which helps to build the muscles in their arms. At Station 2, students will practice squat jumps, which improve their leg strength and agility. At Station 3, push-ups or resistance band exercises will help them develop their upper body strength. Lastly, at Station 4, balancing on one foot will challenge their stability and coordination. During the session, educators will use a diagram of the musculoskeletal system to illustrate how muscles and bones work together during these activities. Clear guidance on proper form will be provided to ensure students perform exercises safely, maximizing the benefit of each movement while minimizing the risk of strain or injury. There are also fun variations of the activities that involve teamwork, like lifting and carrying lightweight objects, which promote collaboration. Students will work in teams of four to six, moving from one station to the next in a relay-style format. This setup not only encourages fitness but also fosters a sense of community and support among teammates. The fastest team to complete all stations will earn points, with additional points awarded for maintaining proper form and working well together. The emphasis is on not just speed, but also on safe and effective execution of movements. In the end, the team with the highest total score will be declared the winner, promoting a sense of achievement and motivation to improve physical fitness.

Move Like a Machine Revision Guide

Download the Move Like a Machine revision guide with key points, summaries, and quick revision notes for CBSE Class 8 Physical Education and Well Being.

Key Points

Musculoskeletal System: Definition

The musculoskeletal system consists of bones, muscles, and joints that enable movement.

Function of Bones

Bones provide structure, protect organs, and store minerals essential for health.

Role of Muscles

Muscles contract to create movement; they work in pairs - one contracts while the other relaxes.

Types of Joints

Types include hinge (e.g., knee), ball-and-socket (e.g., shoulder), allowing various movements.

Flexion: Defined

Flexion decreases the angle between body parts; for example, bending your elbow during bicep curls.

Extension: Defined

Extension increases the angle; straightening the arm after a bicep curl is an example.

Squat Jump Mechanics

Squat jumps enhance leg strength, involving bending at the knees and jumping upward.

Push-Up Technique

Push-ups strengthen the upper body; maintain a straight line from head to heels.

Resistance Band Use

Resistance bands are useful for strength training; they provide variable resistance during workouts.

Balancing Importance

Balancing exercises improve coordination and stability, essential for sports and daily activities.

Warm-Up Benefits

A proper warm-up prepares the body for exercise, enhancing performance and preventing injuries.

Team-Based Activities

Team exercises foster collaboration; they develop trust and communication skills among participants.

Injury Prevention Tips

Correct form and technique during exercises prevent strains and injuries. Always listen to your body.

Importance of Stretching

Stretching increases flexibility and prepares muscles for vigorous activity, reducing injury risks.

Key Muscles for Squat Jumps

Primary muscles used include quadriceps, hamstrings, and glutes, essential for explosive movements.

Jumping Mechanics

Proper jumping uses both strength and timing; a good arm swing aids upward thrust.

Energy Systems in Movement

The body uses ATP-CP and anaerobic systems for quick bursts of energy during activities like squats.

Dynamic Stretching

Dynamic stretching, like arm circles, helps warm up muscles, enhancing range of motion before workouts.

Cool Down Practices

Cooling down after exercise helps lower heart rate and aids in muscle recovery and flexibility.

Circle Time Review

Circle time allows for clarification of concepts and group discussions about fitness and health.

Move Like a Machine Practice Questions & Answers

Practice important questions and exam-style problems from Move Like a Machine. These questions cover key topics from the CBSE Class 8 Physical Education and Well Being syllabus.

How to practice: Start with the questions below to test your understanding of Move Like a Machine. Use the revision guide to review concepts you find difficult, then come back and retry the questions for better retention.

What are the two types of movements facilitated by joints in the musculoskeletal system?

Single Answer MCQ

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During which activity at Station 1 do participants primarily use their biceps?

Single Answer MCQ

Q-00161431

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What is the main function of the skeletal system in physical activities?

Single Answer MCQ

Q-00161432

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What is the primary benefit of performing push-ups?

Single Answer MCQ

Q-00161433

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Which muscle group is primarily engaged during squat jumps?

Single Answer MCQ

Q-00161434

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What is the role of tendons in the musculoskeletal system?

Single Answer MCQ

Q-00161435

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How does balance improve physical performance during activities like jumping?

Single Answer MCQ

Q-00161436

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Which part of the body performs the primary function of stabilizing during one-leg balance?

Single Answer MCQ

Q-00161437

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View all 117 Move Like a Machine questions

What type of joint movement occurs when a person performs a bicep curl?

Which exercise primarily targets the posterior chain of muscles?

What is a common misconception about weight training for children?

Which component of the musculoskeletal system can lead to injuries if not warmed up properly?

What advantage does a warm-up have on the musculoskeletal system?

How do ligaments contribute to joint stability?

What is the primary focus of Station 1 in the 'Move Like a Machine' activity?

Which exercise is performed at Station 2?

What is the main objective of the warm-up before starting the stations?

Which of the following best describes the activities in Station 3?

What is a key component of the setup for the stations?

At which station would students perform balancing activities?

Which team composition is recommended for the 'Move Like a Machine' activity?

Why is it important to include both warm-up and cool-down in the activity?

How would you classify bicep curls as an exercise?

What is the expected benefit of performing squat jumps?

Why might a student struggle with maintaining balance during balancing exercises?

What should be included in a proper warm-up routine?

If a student performed push-ups incorrectly, what might happen?

What is the best time to hydrate during the 'Move Like a Machine' activity?

What muscle groups are primarily engaged during pull exercises at Station 3?

Why is it essential to collect feedback after the 'Move Like a Machine' activity?

If students engage in squat jumps without proper technique, what consequence could occur?

What is the primary action involved in flexion?

Which movement is an example of extension?

During a bicep curl, which body part is primarily involved in flexion?

Which type of joint primarily allows flexion and extension movements?

What happens to the muscles during extension?

What is the opposite of flexion?

In a squat jump, when you go down, which action occurs at the knees?

What part of the body primarily performs extension in a push-up?

Which muscle group primarily works in flexion at the hip joint?

Which activity primarily practices the motion of extension?

What is a common misconception about flexion?

Which of the following is NOT a characteristic of an extension movement?

Why is understanding flexion and extension important for physical activity?

Which joint movement is primarily responsible for kicking a ball?

When preparing for a bicep curl, what position is the arm in before flexion occurs?

What is the primary muscle group engaged during a squat jump?

Why is proper landing technique important in jumping activities?

What is the primary purpose of warming up before physical activity?

What should you focus on while performing a squat jump?

Which of the following is NOT a common warm-up activity?

What is one common mistake people make while landing after a jump?

What should be the focus when performing arm circles during a warm-up?

Which of the following is a benefit of practicing jumping and landing techniques?

How long should a typical warm-up last before intense activities?

During a squat jump, what is the correct position of your knees at take-off?

At which station would students perform bicep curls in the 'Move Like a Machine' activity?

What role does the core play during jumping and landing activities?

What type of movement is primarily practiced in Station 2?

Which of the following is the safest way to land from a jump?

Which muscle group is primarily engaged during push-ups?

What would be a consequence of jumping without warming up?

What is the expected benefit of practicing balance at Station 4?

What effect does landing technique have on the knees?

Why should warm-up activities be dynamic rather than static?

What is the primary purpose of the warm-up before jumping activities?

Which warm-up exercise involves movements similar to that of a sport?

Why is it important to have a soft landing surface during jumping and landing exercises?

In terms of body mechanics, what does flexion refer to?

What physiological change occurs in muscles during landing?

What is a common misconception about warming up?

When performing multiple jumps, what strategy can help maintain control?

Which of the following best describes muscle endurance?

What does learning proper landing techniques contribute to overall athletic performance?

What is a push motion?

Which exercise primarily demonstrates pull motions?

How does a push-up help strengthen muscles?

What is the primary objective of balancing activities in physical education?

Which of the following best describes a pull motion?

In which scenario could push-and-pull motions be observed while lifting weights?

Which of the following is a key benefit of improving balance?

Which activity is NOT typically involved in balancing exercises?

Which action is an example of a push motion in daily life?

When performing a one-leg balance, what muscle group is primarily engaged?

Why is proper form important during push-and-pull exercises?

What type of surface is best for practicing balance exercises?

What type of motion is primarily performed during a squat jump?

Which breathing technique is best while performing balance exercises?

Which exercise would NOT primarily involve push-and-pull motions?

Which principle of training is emphasized when regularly practicing balancing?

Performing push-ups regularly impacts which aspect of fitness?

What should be considered when starting a balance training program?

A resistance band exercise typically involves which type of motion?

How can one-leg balancing techniques be made more challenging?

When performing bicep curls, what type of motion is being executed?

What common mistake might students make during balance exercises?

During balancing exercises, what is the main focus?

What role do joint stability and proprioception play during balancing?

What is the likely consequence of improper push-up form?

Why is it important to incorporate balance exercises into a regular fitness routine?

When executing push-ups, which muscle primarily works?

A student is balancing on one leg and begins to tip. What is the best immediate adjustment to regain balance?

What is the maximum number of points a team can earn in this team-based task?

In this activity, what is primarily evaluated to score additional points beyond the completion time?

Why is collaboration and mutual encouragement rewarded in team-based tasks?

What should teams focus on while carrying a lightweight object together?

How can teams ensure they earn the bonus point for collaboration?

If a team completes all tasks quickly but disregards proper form, what is the maximum score they could achieve?

What is a crucial factor in determining the winning team in these tasks?

Which aspect of teamwork does this activity NOT emphasize?

During the tasks, what physical attribute is essential for success?

If one member of a team is uncooperative, how might that affect their score?

What is the primary goal of the team-based tasks?

Which of the following is most likely to improve a team's performance during the task?

What factor could lead to the most points during a task?

Which statement correctly reflects the nature of team-based tasks?

What is the likely outcome if teams neglect smooth collaboration?

Single Answer MCQ

Q-00161602

View explanation

Move Like a Machine Practice Worksheets

Download and practice Move Like a Machine worksheets to improve problem-solving accuracy and speed for CBSE Class 8 Physical Education and Well Being exams.

Move Like a Machine - Practice Worksheet

This worksheet covers essential long-answer questions to help you build confidence in Move Like a Machine from Khel Yatra for Class 8 (Physical Education and Well Being).

Practice

Questions

Define the musculoskeletal system and explain its components and functions.

The musculoskeletal system consists of bones, muscles, and joints. Bones provide structure and support to the body, while muscles allow for movement. Joints connect bones and enable flexibility. For example, the skeletal muscles contract to produce movements like lifting or walking, demonstrating how the system functions together. This integrated system is essential for physical activities and everyday movements.

Explain flexion and extension with examples of exercises that demonstrate these movements.

Flexion is the bending of a joint, reducing the angle between bones, while extension straightens the limb at the joint. For instance, performing bicep curls exemplifies flexion as you lift a weight towards your shoulder, while lowering it back demonstrates extension. Understanding these movements is crucial for exercises targeting major muscle groups.

Discuss the importance of warm-up exercises before engaging in physical activities.

Warm-up exercises are vital as they prepare the body for physical activity by increasing blood flow to muscles, enhancing flexibility, and reducing injury risks. Activities like light jogging and stretching can help activate the musculoskeletal system. For example, warming up with arm circles prepares the shoulder joints for more strenuous tasks. A proper warm-up can improve performance and safety in sports.

Identify the role of the push-and-pull motions in strength training with specific exercises.

Push-and-pull motions are fundamental in strength training as they target different muscle groups. Push-ups, a push motion, work the chest, shoulder, and triceps, while resistance band pulls highlight the back and biceps. Each exercise develops strength and balance, essential for athletic performance. Understanding these motions helps in designing balanced strength routines.

What is the significance of balancing exercises in physical education?

Balancing exercises enhance stability and coordination, which are crucial for many sports and daily activities. For example, one-leg balance improves proprioception and core strength. Through these exercises, individuals can reduce fall risks and improve overall athletic performance. Balancing drills can be integrated into warm-ups to foster strength and control.

Describe the benefits of team collaboration during physical activities.

Team collaboration fosters communication, trust, and motivation among participants. In activities like relay races, working together can enhance performance and enjoyment. It encourages social skills and collective problem-solving. For example, teams may strategize to perform exercises efficiently, leading to better results and stronger relationships.

Explain how different muscle groups are engaged during the Move Like a Machine activity.

During the Move Like a Machine activity, various muscle groups are activated. For instance, bicep curls target the biceps, while squat jumps involve the quadriceps and glutes. Push-ups engage the chest and triceps, and balancing exercises engage core muscles. Understanding which muscles are used can help in developing targeted fitness programs.

How can proper form in exercises prevent injuries? Provide examples.

Proper form is crucial to prevent injuries during exercises. For instance, maintaining a straight back during push-ups prevents strain on the lower back. Similarly, correct knee alignment while performing squat jumps minimizes joint stress. Educators and trainers emphasize form to safeguard participants while maximizing effectiveness in exercise routines.

What adaptations can be made for students with different physical abilities in the Move Like a Machine activity?

Adapting the activity ensures inclusivity for all students. For example, providing resistance bands of varying strengths allows students with different capabilities to participate in bicep curls. Additionally, allowing modifications, such as knee push-ups instead of standard push-ups, accommodates varying fitness levels. These adaptations promote participation, engagement, and confidence.

Evaluate the impact of physical education on overall well-being and academic performance.

Physical education positively impacts overall well-being by enhancing physical health, emotional stability, and social skills. Engaging in regular physical activity can lead to improved concentration, academic performance, and stress management in students. Studies suggest that students participating in physical education perform better academically, highlighting the importance of a balanced education.

Move Like a Machine - Mastery Worksheet

This worksheet challenges you with deeper, multi-concept long-answer questions from Move Like a Machine to prepare for higher-weightage questions in Class 8.

Mastery

Questions

Explain how the musculoskeletal system facilitates movement during the bicep curl. Include the roles of bones, muscles, and joints, and relate these to the concepts of flexion and extension.

The bicep curl predominantly involves the flexion and extension of the elbow joint. As the arm curls, the biceps brachii muscle contracts while the triceps muscle relaxes, allowing flexion. Key bones include the humerus and radius. The elbow joint functions as a hinge joint, aiding this movement. Understanding how these elements work together emphasizes the interaction between muscles and joints.

Compare the biomechanical differences between squat jumps and standard vertical jumps. Discuss the muscle groups involved and the impact on joint health.

Squat jumps engage more muscle groups, including quadriceps, hamstrings, and glutes, compared to standard vertical jumps, which mainly target the gastrocnemius and quadriceps. The squat jump emphasizes knee flexion and hip extension more intensely. Analyze how repetitive jumps can impact joint stability and health.

Design a team-based obstacle course integrating balance, push-pull, and jumping activities. Describe each obstacle, the intended physical benefits, and how they engage various components of the musculoskeletal system.

The obstacle course may include a balance beam for balancing activities, a station for push-ups with resistance bands for push-pull movements, and a jump pit for performing squat jumps. Each station targets specific muscle groups while promoting coordination and stability, thus enhancing overall musculoskeletal function.

Discuss the importance of warm-up exercises before engaging in physical activities like bicep curls, emphasizing their role in preventing injuries and enhancing performance.

Warm-up exercises, such as light jogging and arm circles, increase blood flow to muscles, which prepares them for exertion. They enhance joint mobility and flexibility, reducing the risk of strains or injuries during more intense activities like bicep curls. Good warm-ups prime the musculoskeletal system and optimize performance.

Analyze how each station in the 'Move Like a Machine' activity teaches students about the connections between movement patterns and their functional applications in sports.

Each station targets different movement patterns that mirror sports actions. Bicep curls resemble actions like lifting in sports, while squat jumps simulate jumping during a basketball game. Discuss how understanding these patterns enhances athletic skills and injury prevention.

Evaluate the role of collaboration in the relay activity and its impact on student motivation and performance. How does teamwork enhance physical education?

Collaboration encourages motivation as students support each other's efforts during the relay activity. Team scoring ties into proper form and mutual encouragement, fostering a positive environment that enhances performance and learning outcomes. Discuss how team dynamics work alongside physical challenges.

Identify common misconceptions about push-ups and resistance band exercises. Discuss how educators can address these misunderstandings.

Common misconceptions include thinking push-ups overly strain the back when done incorrectly or that resistance bands are less effective. Educators should provide clear demonstrations, emphasize correct form, and explain the benefits of both exercises for strength building and maintaining joint health.

Investigate the types of muscle contractions involved during the balancing station activity and how these contribute to improving overall stability.

Balancing involves isometric contractions in stabilizer muscles to maintain equilibrium. Key muscles include core stabilizers like the rectus abdominis and obliques. Discuss how improved balancing affects athletic performance and reduces fall risk.

Construct a reflective essay on how participating in the 'Move Like a Machine' activity has influenced your understanding of your own physical capabilities and limitations.

Reflect on personal experiences during the activity, noting challenges faced at each station. Discuss how recognizing one’s own capabilities and limitations can enhance motivation for improvement in physical fitness. Analyze how knowledge about the musculoskeletal system informs self-awareness in physical activity.

What long-term benefits do you think engaging in activities like 'Move Like a Machine' offers in terms of physical fitness and academic performance? Justify your response.

Long-term engagement in structured physical activities enhances fitness levels, promotes lifelong health habits, and can improve cognitive functioning and academic performance. Discuss how physical health is intertwined with academic success, exploring evidence-based connections.

Move Like a Machine - Challenge Worksheet

The final worksheet presents challenging long-answer questions that test your depth of understanding and exam-readiness for Move Like a Machine in Class 8.

Challenge

Questions

Evaluate the role of the musculoskeletal system in supporting a successful team relay race, considering the physical demands of each station.

Discuss how muscles, bones, and joints enable movements specific to the activities at each station. Provide examples of injuries that could occur from improper technique versus the benefits of proper training.

How does the concept of balance influence performance in both sports and everyday activities? Analyze with reference to balancing activities from the relay.

Explore the importance of stabilizing muscles and their role in sports performance. Use examples from various sports that require balance and discuss real-life scenarios.

Critically assess the benefits and drawbacks of using resistance bands versus free weights in strength training as seen in Station 1.

Discuss the mechanics of each training method, their effectiveness in engaging specific muscle groups, and cases where one might be preferred over the other.

Analyze how performing squat jumps at Station 2 could impact an athlete's explosive power in competitive sports, using examples.

Explain how jump training affects muscle fibers and overall power output. Include potential risks of improper form and how to mitigate these risks.

Debate the importance of teamwork during the relay activity and how it mirrors collaborative skills needed in other areas of life.

Evaluate the role of communication, trust, and supportive behaviors in achieving success as a team. Provide examples from both sports and non-sport contexts.

Examine the physiological changes the body undergoes during warm-up activities and how these changes prepare the musculoskeletal system for exercise.

Detail the importance of warm-ups in preventing injuries and enhancing performance, using physiological evidence to support your claims.

Evaluate the significance of proper form during push-and-pull exercises and the long-term benefits of adopting these practices.

Discuss how form affects performance and injury prevention, and present case studies or examples of athletes who suffered from neglecting proper techniques.

Create a training plan for a student struggling with balance based on the activities at Station 4. Justify your choices.

Outline specific exercises and progression strategies that could help improve balance and stability, supported by evidence from physical training principles.

Propose variations to the relay stations that could enhance understanding of the musculoskeletal system while ensuring safety.

Present innovative activities that highlight the mechanics of movement while minimizing risk. Evaluate how they maintain the challenge without compromising safety.

Reflect on how understanding the connection between physical activity and daily living can motivate individuals to maintain a healthy lifestyle.

Explore psychological, social, and physical aspects that encourage a lifestyle of activity. Provide strategies for incorporating physical activity into everyday routines.

Move Like a Machine Frequently Asked Questions

Explore the 'Move Like a Machine' chapter in the Khel Yatra textbook. Students learn about the musculoskeletal system through engaging physical activities geared towards enhancing teamwork and understanding movement.

QWhat is the purpose of the 'Move Like a Machine' activity?

The 'Move Like a Machine' activity aims to teach students about the musculoskeletal system by engaging them in practical exercises that highlight how bones and muscles contribute to movement.

QHow are the stations set up in this activity?

The stations are arranged in a circular course focusing on different motions: flexion and extension, jumping and landing, push-and-pull motions, and balancing activities.

QWhat is the first station focusing on?

The first station focuses on flexion and extension, where students perform bicep curls, either with resistance bands or mimicking the motion without equipment.

QWhat exercises are involved in the jumping and landing station?

In the jumping and landing station, students execute squat jumps to practice correct landing techniques and boost their jumping skills.

QWhat activities are included for push-and-pull motions?

Students perform push-ups or use resistance bands for pulling exercises at the push-and-pull station, emphasizing strength and control.

QHow is balance practiced in this chapter?

Balancing activities involve students attempting to balance on one foot or on a soft surface to enhance their stability and coordination.

QWhat role does warm-up play in this activity?

A brief warm-up activates the musculoskeletal system, incorporating light jogging, arm circles, and stretches to prepare students for physical activity.

QHow are students divided during the activity?

Students are divided into teams of 4 to 6 individuals, promoting collaboration and teamwork during the relay activity.

QWhat educational component is included in this chapter?

Educators use a musculoskeletal diagram during circle time to help students understand the key muscles and bones involved in each exercise.

QHow is proper form emphasized in the activities?

Teachers provide clear instructions on maintaining proper form to prevent strain or injury, reinforcing the connection between exercises and body mechanics.

QWhat variations can be included in the activity?

Variations may include team-based tasks like lifting and carrying lightweight objects together to encourage cooperative skills.

QWhat are the scoring criteria in this chapter's activities?

The fastest team earns points for completing stations quickly, with additional points awarded for proper form and effective teamwork.

QHow do teams compete in this activity?

Teams compete by moving sequentially through each station, performing tasks while trying to complete them as quickly and accurately as possible.

QWhat is the significance of teamwork in this chapter?

Teamwork is crucial as students support each other through the exercises, enhancing their learning experience and building social skills.

QHow does this chapter relate to everyday activities?

The chapter connects physical exercises to everyday movements, deepening students' understanding of how the musculoskeletal system supports daily activities and sports.

QWhat should educators emphasize when conducting these activities?

Educators should emphasize proper techniques and encourage engagement among students to enhance learning outcomes and foster sportsmanship.

QAre there any safety precautions mentioned?

Yes, teachers are advised to ensure students are informed about proper form to prevent injuries during exercises.

QWhy is flexibility important in these activities?

Flexibility is crucial as it allows for a wider range of motion, reducing the risk of injury and improving overall performance in exercises.

QWhat benefits do students gain from the 'Move Like a Machine' chapter?

Students gain insights into their body's mechanics, enhance physical skills, and foster teamwork capabilities through diverse physical activities.

QCan this chapter be adapted for different age groups?

Yes, the exercises can be modified to suit various age groups and fitness levels, making it versatile for different classroom settings.

QWhat skills do the balancing activities develop?

Balancing activities boost stability, coordination, and core strength, critical for overall physical fitness and injury prevention.

QHow are points awarded in the competition?

Points are awarded for speed in completing stations, maintaining proper form, and demonstrating effective teamwork throughout the activity.

QWhat key aspects are covered in the discussion of the musculoskeletal system?

The discussion covers the roles of key muscles and bones in relation to the exercises, linking theory to practical application.

QHow can students reinforce what they learned after the activities?

Students can reinforce their learning by discussing the connections between the exercises encountered and their own everyday movements and activities.

QIs there a focus on individual vs. team performance?

While individual performance is important, the emphasis is on teamwork, with rewards for collaborative efforts and support among team members.

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Move Like a Machine PDF Downloads

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Move Like a Machine Official Textbook PDF

Download the official NCERT/CBSE textbook PDF for Class 8 Physical Education and Well Being.

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Move Like a Machine Revision Guide

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Move Like a Machine Practice Worksheet

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Move Like a Machine Mastery Worksheet

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Move Like a Machine Challenge Worksheet

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Move Like a Machine Question Bank

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Move Like a Machine Flashcards

Revise key terms and definitions from Move Like a Machine with interactive flashcards. Quick recall practice for CBSE Class 8 Physical Education and Well Being.

These flash cards cover important concepts from Move Like a Machine in Khel Yatra for Class 8 (Physical Education and Well Being).

1/20

What is the musculoskeletal system?

1/20

The musculoskeletal system comprises bones, muscles, and joints that work together to support movement and physical activity.

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2/20

Define flexion.

2/20

Flexion is the bending movement that decreases the angle between body parts, such as the elbow during a bicep curl.

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3/20

Define extension.

Active

3/20

Extension is the straightening movement that increases the angle between body parts, like extending the arm after a bicep curl.

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4/20

What exercise is performed at Station 1?

4/20

At Station 1, students perform bicep curls using resistance bands or mimic the motion without equipment.

5/20

What exercise is performed at Station 2?

5/20

At Station 2, students execute squat jumps to practice jumping and landing.

6/20

What exercise is performed at Station 3?

6/20

At Station 3, students perform push-ups or use resistance bands for pulling exercises.

7/20

What activity is performed at Station 4?

7/20

At Station 4, students practice balancing on one foot or on a soft surface.

8/20

Why is a warm-up necessary?

8/20

A warm-up activates the musculoskeletal system and prepares the body for physical activity, reducing injury risk.

9/20

How can teams earn bonus points?

9/20

Teams earn bonus points for demonstrating proper form and smooth collaboration during the activities.

10/20

What is the point system in the activity?

10/20

The fastest team earns 3 points, 1 point for proper execution, and an additional point for teamwork.

11/20

What should educators review during circle time?

11/20

Educators should review the roles of key muscles and bones involved in each activity using a diagram.

12/20

What is a common mistake during bicep curls?

12/20

A common mistake is using improper form, which can lead to strain or injury.

13/20

What major muscle groups are activated in these activities?

13/20

The major muscle groups include biceps, quadriceps, pectorals, hamstrings, and core muscles.

14/20

Name the types of joints involved in movement.

14/20

The types of joints involved include hinge joints (like elbows and knees) and ball-and-socket joints (like shoulders and hips).

15/20

What are healthy practices for physical activity?

15/20

Healthy practices include warming up, maintaining proper form, staying hydrated, and cooling down post-exercise.

16/20

Why is balance important in physical activities?

16/20

Balance is crucial as it helps prevent falls and injuries during movement and enhances overall physical stability.

17/20

What are the benefits of squat jumps?

17/20

Squat jumps improve lower body strength, power, and coordination while engaging various muscle groups.

18/20

What is the purpose of push-ups?

18/20

Push-ups strengthen the chest, shoulders, and triceps while also engaging the core for stability.

19/20

What is the advantage of using resistance bands?

19/20

Resistance bands provide a versatile way to increase strength, enhance flexibility, and improve muscle tone.

20/20

What is the role of teamwork in the activity?

20/20

Teamwork encourages mutual support, improves task performance, and builds camaraderie among participants.

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