A57 kg woman is on an elevator accelerating upward at "1.25" meters per second squared. what is the normal force acting on her?

me with this have tried several answers! oh, and you.

Normal force acting on the woman is 629.85 N.

Explanation:

Given:

Mass of the woman is,

Net upward acceleration is,

Acceleration due to gravity,

Let the normal force acting upward be newtons.

Therefore, net force in the upward direction is given as:

Net force = Upward force - Downward force.

Downward force acting on the woman is her weight which is equal to .

Therefore, Net force =

Now, as per Newton's second law of motion,

Net force,

So,

Plug in 57 kg for , 9.8 m/s² for , and 1.25 m/s² for . Solve for . This gives,

Therefore, the normal force acting on her is 629.85 N.

statement #3 on andre"s list is false.