Two forces A and B act on an object in opposite directions. A is bigger than B. The net force on the object is:

If two forces act on an object in the same directionGroup of answer choicesthe net force is greater than either of the two forcesthe net force equals the sum of the two forcesthe two forces are always balancedtwo of the above

Define net force.A downward forceA force without an equal and opposite force acting on the same objectThe strongest force acting on an objectThe overall force acting on an object

Whenever object A exerts a force on object B, object B exerts a force of the same magnitude on object A, but in the opposite direction. What can be said about this statement?Group of answer choicesThe statement is falseThe statement is only true for very small forcesThe statement is always trueThe statement is sometimes true

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

Which of the following statements is true regarding forces common to any two contacting members?Question 2Answera.The forces are of equal magnitudes but opposite in directionb.The forces are of different magnitudes and opposite in directionc.The forces are of equal magnitudes and the same directiond.The forces are of different magnitudes and the same direction