Imagine that a book travels clockwise around the perimeter of a table with a length of 6 m and width 2 m and ends up in its original position. Draw a free body diagram of the book on the table while neglecting frictional forces. (Draw your answer on your paper and upload with shown work) What is the total distance the book travels? Blank 1 What is the displacement of the book? The book was able to complete the lap around the table in 2 seconds. What is the velocity of the book at the end of the lap? The book was at rest before it started the lap. What is the acceleration of the book at 5 seconds into the lap? Blank 4 What is the required force to move the book if it has a mass of 5000 g? Blank 5 With all that force acting on the book it flipped off the table and is falling toward a pool of water. Calculate the distance the book fell as it hits the water if it fell with a velocity of 5.97m/s. Wow, that book made a big splash in the pool. What is the pressure exerted on the book at 10m depth? The lifeguard at the pool used a spring-loaded net to get the book out of the pool. Assuming the force was constant as the book fell in the pool. What is the elongation of the spring when the spring constant is 0.54 N/m? Blank 8 (must show work)