A

1kg

object is being acted on by exactly two forces, which are shown in the free body diagram.

+x

is to the right, and

+y

is up, as usual.\ i. In which direction is the object's present velocity?\ A. Up and Right (

+x,+y

quadrant)\ B. Up and Left quadrant)\ C. Down and Left quadrant)\ D. Down and Right (

+x,-y

quadrant)\ E. Cannot be determined\ ii. In which direction is the object's present acceleration?\ A. Up and Right quadrant)\ B. Up and Left quadrant

1) A 1kg object is being acted on by exactly two forces, which are shown in the free body diagram. +x is to the right, and +y is up, as usual. i. In which direction is the object's present velocity? A. Up and Right ( +x,+y quadrant) B. Up and Left (x,+y quadrant) C. Down and Left ( x,y quadrant) D. Down and Right ( +x,y quadrant) E. Cannot be determined ii. In which direction is the object's present acceleration? A. Up and Right ( +x, +y quadrant) B. Up and Left (x,+y quadrant) C. Down and Left ( x,y quadrant) D. Down and Right (+x, y quadrant) E. Cannot be determined iii. What is the magnitude of the total net force acting on the object? A. 0.74N B. 6.6N C. 8.2N D. 11N E. 15N iv. What is the x component of the object's acceleration? A. 0.74m/s2 B. 5.7m/s2 C. 8.2m/s2 D. 11m/s2 E. 0