Answer:
The answer is given here would be a simplified equation, seeing as there are some missing variables in the question.
F1 = T- 46, 674.656 gm/s²
Explanation:
Note: Once we have the mass of the second object and/or acceleration of the cord, we can solve for the force of the ground acting on the box.
To calculate the force caused by gravity on the basic pulley system we use the following equation:
F2 = M2 x g; where g= gravitational acceleration (a constant equal to 9.8 m/s²). The mass M2 = 10.5 lb = 4762.72g
∴ F2 = 4762.72g x 9.8 m/s²
= 46, 674.656 gm/s² or 46, 674.656 N
But since this F2 is acting in a downlowrd direction, it would be negative.
Tension of the cord, T = Mass, x × acceleration. ( x is in the pulley diagram)
⇒ F1 = T - F2
F1 = T- 46, 674.656 gm/s²
