Title: KE is W
Course: Physics copy 1

Q: Kaley is pushing a box from rest until it achieves a kinetic energy of 78 J at the end of the push. The amount of work performed was _____ J. Enter your answer correct to 2 significant digits.
A: 78

Q: Kaley is pushing a box from rest until it achieves a kinetic energy of 100 J at the end of the push. The amount of work performed was _____ J. Enter your answer correct to 2 significant digits.
A: 100

Q: Kaley is pushing a box from rest until it achieves a kinetic energy of 8.9 J at the end of the push. The amount of work performed was _____ J. Enter your answer correct to 2 significant digits.
A: 8.9

Q: Kaley is pushing a box from rest until it achieves a kinetic energy of 590 J at the end of the push. The amount of work performed was _____ J. Enter your answer correct to 2 significant digits.
A: 590

Q: Kaley is pushing a box from rest until it achieves a kinetic energy of 120 J at the end of the push. The amount of work performed was _____ J. Enter your answer correct to 2 significant digits.
A: 120

Q: Kaley is pushing a box from rest until it achieves a kinetic energy of 6.3 J at the end of the push. The amount of work performed was _____ J. Enter your answer correct to 2 significant digits.
A: 6.3

Q: Kaley is pushing a box from rest until it achieves a kinetic energy of 110 J at the end of the push. The amount of work performed was _____ J. Enter your answer correct to 2 significant digits.
A: 110

Q: Kaley is pushing a box from rest until it achieves a kinetic energy of 610 J at the end of the push. The amount of work performed was _____ J. Enter your answer correct to 2 significant digits.
A: 610

Q: Kaley is pushing a box from rest until it achieves a kinetic energy of 190 J at the end of the push. The amount of work performed was _____ J. Enter your answer correct to 2 significant digits.
A: 190

Q: Kaley is pushing a box from rest until it achieves a kinetic energy of 160 J at the end of the push. The amount of work performed was _____ J. Enter your answer correct to 2 significant digits.
A: 160

Q: Kaley is pushing a box from rest until it achieves a kinetic energy of 490 J at the end of the push. The amount of work performed was _____ J. Enter your answer correct to 2 significant digits.
A: 490

Q: Kaley is pushing a box from rest until it achieves a kinetic energy of 76 J at the end of the push. The amount of work performed was _____ J. Enter your answer correct to 2 significant digits.
A: 76

Q: Kaley is pushing a box from rest until it achieves a kinetic energy of 150 J at the end of the push. The amount of work performed was _____ J. Enter your answer correct to 2 significant digits.
A: 150

Q: Kaley is pushing a box from rest until it achieves a kinetic energy of 1800 J at the end of the push. The amount of work performed was _____ J. Enter your answer correct to 2 significant digits.
A: 1800

Q: Kaley is pushing a box from rest until it achieves a kinetic energy of 390 J at the end of the push. The amount of work performed was _____ J. Enter your answer correct to 2 significant digits.
A: 390