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High Jump

This chapter on High Jump from the book Khel Yatra covers essential techniques and phases necessary for mastering the high jump, including the approach, take-off, flight, and landing phases for effective performance.

Summary, practice, and revision
CBSE
Class 8
Physical Education and Well Being
Khel Yatra

High Jump

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More about chapter "High Jump"

In this chapter on High Jump from Khel Yatra, students will explore the critical phases involved in high jumping: the approach, take-off, flight, and landing. Starting with an introduction to the high jump, students will learn about the J-shaped approach run, focusing on stride techniques and body lean. Emphasis is placed on the take-off phase, where proper foot plant and the knee drive are crucial for height. The flight phase covers the straddle technique, guiding students on how to effectively clear the bar. Finally, the landing mechanics ensure safety and technique optimization. Engaging activities encourage reflection and improvement, making this chapter valuable for students aiming to enhance their athletic skills.
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High Jump Techniques - Khel Yatra for Class 8 | Physical Education and Well Being

Explore key high jump techniques and phases including approach, take-off, flight, and landing in Khel Yatra. Enhance your physical education knowledge and skills!

The high jump consists of four main phases: approach, take-off, flight, and landing. Each phase is crucial for achieving maximum height and ensuring a safe landing. The approach involves a J-shaped run to gain momentum, the take-off includes a quick foot plant and knee drive, the flight encompasses the technique used to clear the bar, and the landing focuses on safely touchdown to avoid injury.
In the approach phase, the jumper runs in a J-shape with an initial straight path followed by a curve. The first few strides should be taken on the ball of the foot with a moderate forward lean. Stride frequency should continuously increase, allowing the jumper to maintain velocity, while the body's center of mass should lower slightly before the penultimate stride, setting up for an effective take-off.
During the take-off phase, the jumper's foot plant must be quick and flat, executing a 'down and back' motion. The take-off foot points towards the landing area, minimizing time on the ground. It is vital for the knee of the free leg to drive upward until parallel to the ground, enabling a vertical body position at the end of the take-off for optimal height.
The flight phase is significant as it determines how effectively a jumper clears the bar. There are two techniques primarily used: the straddle technique and the Fosbury Flop. This chapter focuses on the straddle technique, where the jumper clears the bar facing downwards, ensuring their body remains parallel to the bar as they make head and shoulder adjustments for successful clearance.
To ensure a safe landing after a high jump, the jumper should draw their head towards the chest and aim to land on their shoulders and back. It is essential to keep the knees apart during the touchdown to distribute impact safely and prevent injury. Successful landing techniques are critical for minimizing risks in high jump practice and competitions.
Dynamic stretching before high jumping is important as it prepares the muscles for the explosive movements required in the jump. Engaging in activities like slow jogging or slow shuttle runs increases blood flow to the muscles, enhances flexibility, and reduces the risk of injury during the event by ensuring that the body is adequately warmed up.
When setting high jump goals, a jumper should consider their previous performance, technical proficiency in each jump phase, physical conditioning, and areas needing improvement. Reflecting on aspects like the height cleared and the effectiveness of their approach will guide their training focus and goal-setting for future jumps.
The straddle technique in high jump is a method where the jumper clears the bar facing downwards, ensuring the take-off leg extends first, followed by the trailing leg. This technique allows the body to remain parallel to the bar, maximizing clearance as the head and shoulders lead the jump, contributing to an efficient flight phase.
To improve knee drive during take-off, a high jumper should focus on actively driving their free leg's knee upwards as the jumping leg pushes off the ground. Drills emphasizing explosive leg movements, such as plyometric exercises, can enhance strength and coordination, enabling the jumper to achieve better height and control during the take-off phase.
Activities to improve high jump skills include practicing short approach runs to focus on speed and technique, conducting take-off drills to perfect foot plant and knee drive, and engaging in flight phase exercises to enhance body position over the bar. Partner drills where one throws a ball while the other jumps can also improve coordination and confidence.
Reflecting on performance post-jump allows athletes to evaluate what techniques worked and what areas need improvement. Discussing specifics, such as height achieved and the effectiveness of their approach, promotes growth and helps in setting precise goals for future jumps. It fosters an understanding of personal progress in high jump.
Performing a warm-up before high jumping helps increase heart rate, prepares the muscles for intense activity, and enhances flexibility, thereby reducing the risk of injuries. A proper warm-up incorporates slow jogging and dynamic stretching, which primes the body for the specific explosive movements associated with high jump performance.
Body lean during the approach phase is crucial for maintaining speed and stability. A moderate forward lean helps in quickly lowering the center of mass and increases momentum, while the inward lean towards the jump direction maximizes velocity. Adjusting body lean according to approach speed contributes significantly to an effective jump.
Common mistakes to avoid during take-off include improper foot placement, excessive bending of the take-off leg, and losing vertical posture. Ensuring quick and flat foot plants, driving the knee upward effectively, and maintaining a vertical body position allows for optimal height and successful jump completion.
A coach can assist a high jumper by providing individualized feedback on their technique, analyzing video footage of jumps to spot areas for improvement, and structuring training sessions that emphasize specific skills, such as approach runs, take-off mechanics, and landing techniques, thereby enhancing the athlete's overall performance and confidence.
Essential equipment for practicing high jump includes a high jump bar, standards to hold the bar at adjustable heights, a suitable mat for safe landings, and possibly marked run-up areas to help athletes gauge their approach distance. Utilizing the right equipment ensures a safe and effective environment for training.
Strength training benefits high jumpers by improving leg strength, explosive power, and overall body control, which are critical for achieving high jump success. Targeting muscle groups used in the approach and take-off phases leads to enhanced performance, enabling jumpers to clear greater heights effectively and with less fatigue.
The focus during the landing phase should be on body positioning to ensure safety. Jumpers should aim to land on their shoulders and back while keeping their knees apart to absorb the impact effectively. Developing proper landing technique is crucial for preventing injuries and facilitating smooth recovery after the jump.
The physiological demands of high jumping include anaerobic power for explosive movements, strength for take-off, and agility for quick adjustments during the jump. Additionally, endurance is needed for repeated jumps in training and competition, alongside overall flexibility to ensure a full range of motion and minimize injury risks.
Environmental factors such as weather conditions, altitude, and surface quality can affect high jumping performance. Wind resistance can impact jump height, while hotter temperatures can influence muscle performance. Athletes must be aware of these factors and adapt their techniques and strategies during training and competitions to achieve optimal performance.
Mental preparation plays a substantial role in high jumping as it influences focus, confidence, and the ability to handle competition pressure. Visualization techniques and positive self-talk can enhance an athlete's mindset, allowing them to perform better during jumps and recover quickly from setbacks or poor performances.
Flexibility exercises are vital for high jumpers as they enhance range of motion, particularly in the legs and hips. Improved flexibility aids in executing the approach, take-off, and flight phases more effectively, allowing for better techniques and reducing the risk of injuries associated with tight muscles during jumps.
Technique significantly impacts high jump success as it determines how efficiently an athlete clears the bar. Proper mechanics in each phase—approach, take-off, flight, and landing—are crucial for achieving maximal height. Athletes who master their technique will experience improved performance and greater consistency in their results.

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High Jump Summary, Important Questions & Solutions | All Subjects

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