\fWork done within a system can be measured by analyzing graphical data of force. Given the following graph, what should the correct axis labels read as? The Y-axis should be labelled as__i__ and the X-axis labelled __ii_. Finally the area under this graph should represent the ili The statement above is best completed by which row. O ifi displacement force work O ii iii work time force Oi ii iii force displacement work Oi ii iii force time workQuestion 2 (1 pointl Gravitational potential energy is the energy from... O atoms inside the nucleus of an atom O the position of an object above a surface O the movement of an object 0 chemical bonds within a compound Question 3 (1 point) The acceleration due to gravity on the moon is 1.64 mfs2 . An astronaut is about to climb out of her lunar landing module. She is 4.3? m above the surface of the Moon. If her mass, including her spacesuit. is 51.2 kg, what is her gravitational potential energy relative to the surface of the Moon? 0 40332416 0 403 Question 4 (2 points) A box having a mass of 5.00 kg is lifted 0.700 m from ground level to the top of a desk. What is the gravitational potential energy in J of the box on the desktop? A/ Question 5 (1 point) Wile E. Coyote waits for the roadrunner on a cliff 7.03 m above the valley to drop a 2509 g boulder. How much potential energy does the boulder have? 1.74 J 173.03 J 1.73 x 105 J 173 JQuestion 6 (1 point) A hanging sign is 23.8 m above the ground and has 3912 J of potential energy. Calculate the mass of the sign. O 16.8 kg 16.75532598 16.76 kg 17 kg Question 7 (1 point) A diver is standing on the diving board. The diver has a mass of 65.50 kg and has a gravitational potential energy of 1653 J standing on the diving board. Determine how high the diver is above the water surface. (Assume the water is at ground level.) 2.575542428 m O 2.572 m 2.573 m O 2.573Question 8 (1 point) Iron Man has a mass of 142 kg (suit and all), and is flying at a speed of 23.8 m/s. What is his kinetic energy? ( 40217.24 J ( 4.02 x 104 J ( 4.03 x 103 J ( 4.02 x 104 J Question 9 (1 point) An alien on a far away planet drops a rock off a cliff with a height of 5.6 m. The rock reaches a speed of 10 m/s and has a kinetic energy of 20 J. What is its mass? 0.36 kg O 2.8 kg O 0.40 kg 0.28 kgQuestion 10 (1 point) Bart Simpson (45 kg from Springfield) is riding his skateboard at a velocity of 3.8 m/s [E], before stopping to grab a squishee from the Kwik-E-Mart. Being energized with a slight sugar rush, he then heads north and rushes to school. If his kinetic energy after grabbing the squishee is 608.4 J, what is his velocity on his way to school? ( 3.8 m/s [N] 5.2 m/s [N] ( 5.2 m/s [E] 3.8 m/s [E] Question 11 (1 point) If Susan and Hussein are racing each other and managing to move at identical speeds, what is the mass difference between them if Hussein has 1.25x as much kinetic energy as Susan? Hussein has a mass 1.25x larger than Susan O It is impossible to tell O Hussein has a mass 1.6x larger than Susan Hussein has a mass 1.25x smaller than SusanQuestion 12 (1 point) What is the kinetic energy of the Hulk if he has a mass of 316.5 kg and is flying at a speed of 71.8 km/hr? ( 6.29 x 104 J 6.295 x 104 J 6.295 x 103 J 62948 Question 13 (2 points) The roadrunner has a mass of 25.0 kg. He runs around the desert valley at 3.00 m/s. What is his kinetic energy A/