Movement

Question 1

What is mechanical advantage?

Answer 1

Measures the efficiency of a lever

Question 2

What is the resistance arm in mechanical advantage?

Answer 2

Distance between the load and the fulcrum

Question 3

What is the effort arm in mechanical advantage?

Answer 3

Distance between effort and the fulcrum

Question 4

How to calculate mechanical advantage?

Answer 4

Effort arm divided by resistance arm

Question 5

What is a high mechanical advantage?

Answer 5

When the effort arm is longer then it’s load arm

Question 6

What is a low mechanical advantage?

Answer 6

When the effort arm is shorter then its load arm

Question 7

What is the first class lever?

Answer 7

When the fulcrum is in the middle

Question 8

What is and second class lever?

Answer 8

When the load is in the middle

Question 9

What is a third class lever?

Answer 9

When the effort is in the middle

Question 10

What is the fulcrum?

Answer 10

A joint

Question 11

What is the load? E.g as well

Answer 11

Bones or weights
E.g dumbbell

Question 12

What is an effort? E.g aswell

Answer 12

Mostly muscles
E.g bicep

Question 13

What does the Sagital plane allow?

Answer 13

Flexsion and extension

Question 14

What does a transverse plane allow?

Answer 14

Rotation movements

Question 15

What does a frontal plane allow?

Answer 15

Abduction and Adduction

Question 16

How does the transverse axis go through the body?

Answer 16

Horizontally like table football

Question 17

How does the longitudinal axis pass through the body?

Answer 17

From top to bottom

Question 18

How does the sagital axis pass through the body?

Answer 18

Front to back

Question 19

What does the sagital plane go with?

Answer 19

Transverse axis

Question 20

What does the transverse plane go with?

Answer 20

Longitudinal axis

Question 21

What does the frontal plane go with?

Answer 21

Sagital axis