Use vector principles and Fnet=m*a to solve the followig problems.
Determine the parallel and perpendicular components of the force of gravity for a 373-N object on a 24.6-degree incline.
Parallel Component (Fparallel)
Fparallel
N
Perpendicular Component (Fperpendicular)
Fperpendicular
Determine the parallel and perpendicular components of the force of gravity for a 422-N object on a 32.2-degree incline.
Lab partners Anna Litical and Noah Formula placed a 1.00-kg glider on their air track and inclined the track at 13.5° above the horizontal. Use the structure provided at the right to determine the …
… parallel component of gravity (Fparallel).
… force of gravity (Fgrav).
Force of Gravity
… perpendicular component of gravity (Fperpendicular).
… normal force (Fnorm).
Normal Force
… net force.
Net Force
… acceleration.
Acceleration
m/s/s
Anna Litical and Noah Formula now place a 1.47-kg brick on a wooden board and incline the board at 36.4° above the horizontal. The coefficient of friction between the brick and the board is 0.377. Use the structure provided at the right to determine the …
… friction force (Ffrict).
Friction Force