Slide 2: If the track is 2.00 m in length, and one end is raised vertically by 30.0 cm, what is the angle with the horizontal that the track makes (show your equations and answer with units for all slides)?

Slide 3: What is the acceleration of block down the incline? Show your work and answer with units.

Slide 4: What is the normal force being exerted by the track on the block, if its mass is 0.500 kg? Show your work.

Slide 5: If the block is released from the top of the incline at rest, what will its speed be when it gets to the bottom, and how long did it take to get there? Show your work.

Slide 6: If the block is now launched upwards from the bottom of the track at an initial velocity v_x0= 2.00 m/s, what distance up the track will the block go before turning around and falling back? Show your work.