Biomechanics Year 10 Quiz

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Year 10 biomechanics basics

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Josh

Australia

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Biomechanics Year 10 Quiz


Froggy Jumps Biomechanics Year 10 QuizVersion en ligne Year 10 biomechanics basics par Josh 1 Which component of a lever is the pivot point called? a Effort b Fulcrum c Load 2 In sport, which force is mainly produced to overcome inertia during a jump? a Force from muscles b Gravity only c Normal force 3 Which joint type primarily allows bending and straightening of the knee? a Pivot joint b Hinge joint c Ball-and-socket joint 4 Which plane divides the body into anterior and posterior sections? a sagittal plane b Transverse plane c Frontal (coronal) plane 5 A projectile in sports will follow which path if air resistance is neglected? a Circular arc b Parabolic trajectory c Straight line 6 Which component of a lever is moved to create effort? a Fulcrum b Effort arm c Load arm 7 Which force mainly affects the speed of a ball after release in sports? a Elastic recoil and external forces b Static friction only c Gravity only 8 Which joint is most involved in a shoulder overhead throw? a Hinge joint b Pivot joint c Ball-and-socket joint 9 What is the term for the deformation of an object that returns after the load is removed? a Elasticity b Plasticity c Ductility 10 In biomechanical analysis, which plane movement is a side lunge primarily categorized under? a Sagittal plane movement b Transverse plane movement c Frontal plane movement 11 In a 3rd class lever like a forearm lifting a dumbbell, what is the load? a The forearm bone b The elbow joint (fulcrum) c The dumbbell (load) 12 In a 3rd class lever, which part is moved to create motion? a Load b Fulcrum c Effort 13 Which is the fulcrum in a forearm curl example? a Dumbbell b Wrist joint c Elbow joint 14 Identify the load in a pair of tweezers used to pick a small object. a The object being gripped b The tweezers tips c The user's hand 15 In a 3rd class lever, the effort is applied where relative to the fulcrum? a Between the fulcrum and load b Behind the load c Beyond the fulcrum 16 Which feature distinguishes a 3rd class lever from 1st/2nd class? a Load at the end of lever b Fulcrum located at one end c Effort is applied between fulcrum and load 17 What is Mr. Potters coffee order? a Flat White b Flat White extra shot c Latte 18 Example of a 3rd class lever muscle action? a Biceps bending the elbow b Calf raises (gastronemius) c Heel raise with weight 19 In a 3rd class lever, what generally has the greatest speed? a Effort movement b Fulcrum movement c Load movement 20 Which statement about 3rd class levers is true? a Fulcrum moves fastest b Effort distance is greater than load distance c Load distance is greater 21 A fishing rod acts as a 3rd class lever when casting. Identify load, effort, and fulcrum. a Load: rod; Effort: reel; Fulcrum: lure b Load: reel; Effort: rod tip; Fulcrum: handle c Load: fish lure; Effort: rod bend; Fulcrum: fishing reel base 22 Which law explains how external force changes motion of a limb during a sprint? a Newton's Second Law b Newton's First Law c Hooke's Law 23 What does lever length primarily affect in a human joint during lifting? a Joint stability b Body mass c Mechanical advantage 24 Which term describes the rate of doing work, a key biomechanical measure of efficiency? a Momentum b Power c Velocity 25 What concept explains how the body absorbs impact using muscles and tendons? a Kinematics b Fluid dynamics c Biormechanical impedance 26 What biomechanical concept explains why longer limbs can increase reach but reduce force? a Center of gravity b Centripetal force c Mechanical advantage of limbs 27 Which factor most directly influences joint moment during sports? a Skin elasticity b External and muscular forces c Body temperature 28 How does increasing racquet string tension affect power and control? a Increases power and control b Increases control and reduces power c No effect on power or control 29 What happens to power when string tension is lowered? a Power decreases, control increases b Power increases, control may decrease c Power stays the same 30 What effect does ball age have on bounce? a Older balls bounce higher and faster b Ball age has no effect on bounce c Older balls bounce less and slower 31 How does ball age affect spin generation? a Older balls generate more spin b Older balls generate less spin c Spin is unaffected by ball age 32 Higher string tension tends to improve what aspect of shots? a Directional stability b Spin rate c Bounce quality 33 What is a common feel when using very high string tension? a No change in feel from moderate tension b Crisp, solid feel at contact c Soft, 'mushy' feel 34 If you want more power with a consistent direction, what tension strategy is often used? a Very loose strings only b Slightly lower tension or balanced strings c Very high tension 35 Which combination is likely to maximize control for precise shots? a Low tension with old balls b Low tension with old balls c High tension with new, fresh balls 36 Would using old vs. new balls affect the recommended string tension for control? a Yes, new balls behave differently and can allow slightly higher tension b Old balls require higher tension than new ones to compensate c No, ball age has no impact on tension choice 37 For serves, how does ball age interact with string tension to affect power? a Older balls increase power regardless of tension b Ball age and tension do not interact for serves c Older balls reduce perceived power; higher tension reduces this further 38 What is Mr. Potters drink of choice at school? a Water b Cuppah Tea c Soft drink

Biomechanics Year 10 Quiz

Froggy Jumps

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Créé par

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Biomechanics Year 10 QuizVersion en ligne

par Josh

Which component of a lever is the pivot point called?

In sport, which force is mainly produced to overcome inertia during a jump?

Which joint type primarily allows bending and straightening of the knee?

Which plane divides the body into anterior and posterior sections?

A projectile in sports will follow which path if air resistance is neglected?

Which component of a lever is moved to create effort?

Which force mainly affects the speed of a ball after release in sports?

Which joint is most involved in a shoulder overhead throw?

What is the term for the deformation of an object that returns after the load is removed?

In biomechanical analysis, which plane movement is a side lunge primarily categorized under?

In a 3rd class lever like a forearm lifting a dumbbell, what is the load?

In a 3rd class lever, which part is moved to create motion?

Which is the fulcrum in a forearm curl example?

Identify the load in a pair of tweezers used to pick a small object.

In a 3rd class lever, the effort is applied where relative to the fulcrum?

Which feature distinguishes a 3rd class lever from 1st/2nd class?

What is Mr. Potters coffee order?

Example of a 3rd class lever muscle action?

In a 3rd class lever, what generally has the greatest speed?

Which statement about 3rd class levers is true?

A fishing rod acts as a 3rd class lever when casting. Identify load, effort, and fulcrum.

Which law explains how external force changes motion of a limb during a sprint?

What does lever length primarily affect in a human joint during lifting?

Which term describes the rate of doing work, a key biomechanical measure of efficiency?

What concept explains how the body absorbs impact using muscles and tendons?

What biomechanical concept explains why longer limbs can increase reach but reduce force?

Which factor most directly influences joint moment during sports?

How does increasing racquet string tension affect power and control?

What happens to power when string tension is lowered?

What effect does ball age have on bounce?

How does ball age affect spin generation?

Higher string tension tends to improve what aspect of shots?

What is a common feel when using very high string tension?

If you want more power with a consistent direction, what tension strategy is often used?

Which combination is likely to maximize control for precise shots?

Would using old vs. new balls affect the recommended string tension for control?

For serves, how does ball age interact with string tension to affect power?

What is Mr. Potters drink of choice at school?