Answer:
<h2><u>Flex the hips to less than 90 degrees.</u></h2>
Explanation:
<em>Hope this helps :)</em>
<em>Pls mark brainliest :}</em>
<em>And have an amazing day <3</em>
Answer:MISSING ANSWER OPTIONS
Explanation:
Answer:
True
Explanation:
<u>Rotational and linear motions are analogous to each other.</u>
<u>The inertia of a body in a linear motion is its mass.</u> This can be seen from Newton's second law of thermodynamics:
F = ma
The larger the value of the force, the larger the inertia is (m) and the slower it accelerates.
<u>The inertia of a body in a rotational body is it moment of inertia (I).</u> Both I and m are same but I depends on both the shape and mass of the rotating body.
For example, The inertia of a solid disk with mass M and radius R is:

Hence, the statement is true.
Answer:
It could be a fractured knee or out of place
Explanation:
His leg felt like giving out when attempting to walk. He explains that he twisted his knee while trying to change direction. He heard a loud pop as his knee gave in.
Answer:
Freedom of speech and equality
Explanation: