Question

A person presses more weight on earth at
A) Sitting position
B) Standing position
C) Lying position
D) None

Answer 1

Hint: An object's weight is how hard gravity is pulling thereon. We expect the load to be the same everywhere because we all survive the surface of the Earth. An object's mass doesn't change (unless you remove some) but its weight can change, because the pull of gravity on the Moon is much but on Earth.

Complete step by step solution:
A man presses more weight on earth at standing position. When there's more area , the loads are going to be distributed equally everywhere . within the lying position and sitting position, the load is distributed equally. When the person is standing within the ground the world is going to be Minimum.
$\text{Pressure}=\dfrac{\text{Force}}{\text{Area}}$
So when the world is minimum the pressure is going to be maximum.
Standing, also mentioned as orthostasis, may be a human position during which the body is held in an upright ("orthostatic") position and supported only by the feet. ... The sway of quiet standing is usually likened to the motion of an inverted pendulum.
Orthostatic hypotension — also called orthostatic hypotension — may be a sort of low vital sign that happens once you get up from sitting or lying down. Postural hypotension can cause you to feel dizzy or lightheaded, and perhaps even cause you to faint.
Therefore, option (B) is correct.

Note:
For a traditional reading, your vital sign must show a top number (systolic pressure) that's between 90 and fewer than 120 and a bottom number (diastolic pressure) that's between 60 and fewer than 80.