LOOKING FOR PHYSICS TUTOR WHO CAN MAKE A FREE BODY DIAGRAM.

SOLUTION IS ALREADY PROVIDED. I JUST NEED THEFREE BODY DIAGRAMOF MY SOLUTION OR WORK.

Problem: A 1.50 snowball is fired from a cliff 12.5 high. The snowball's initial velocity is 14.0 /, directed 41.0 above the horizontal. Using conservation of mechanical energy, calculate the speed of the snowball as it reaches the ground below the cliff.

Solution:

\f4G 4G 6:12 0 A 1.80 B/s 13 Wa = weight of block A T = tension 4 NBA = normal force exerted by B on A fBA = friction force exerted by B on A (a) we - weight of block B Na NAB - normal force exerted by A on B No = normal force exerted by the incline plane on B B WA AB - friction force exerted by A on B fo =friction force exerted by the incline plane on B (b) E