select the correct answer. an object has one force acting on it. it is a 33 - newton force pointing…

select the correct answer. an object has one force acting on it. it is a 33 - newton force pointing downward. to create a net force of zero on the object, which force must be applied to it? a. a 33 - newton force pointing upward b. a 1 - newton force pointing upward c. a 33 - newton force pointing left d. a 0 - newton force pointing downward e. a 1 - newton force pointing right

select the correct answer. an object has one force acting on it. it is a 33 - newton force pointing downward. to create a net force of zero on the object, which force must be applied to it? a. a 33 - newton force pointing upward b. a 1 - newton force pointing upward c. a 33 - newton force pointing left d. a 0 - newton force pointing downward e. a 1 - newton force pointing right

Answer

Explanation:

Step1: Understand net - force concept

Net force is the vector sum of all forces acting on an object. To have a net force of zero, the sum of all forces must be zero.

Step2: Analyze the given force

The given force is 33 - newton downward. Let the downward - direction be negative and upward - direction be positive. The given force $F_1=- 33\ N$.

Step3: Determine the required force

Let the force to be applied be $F_2$. We want $F_1 + F_2=0$. Substituting $F_1=-33\ N$ into the equation $-33 + F_2 = 0$. Solving for $F_2$, we get $F_2 = 33\ N$ (positive means upward).

Answer:

A. a 33 - newton force pointing upward