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ellisphysicalscience.wikispaces.com KF PE WORK: 350 - z to * PF ANSWER: 1305 — At the top of a hill, a rollercoaster has 67,500 J of kinetic energy & 290,000 J of gravitational potential

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Page 1: ellisphysicalscience.wikispaces.com KF PE WORK: 350 - z to * PF ANSWER: 1305 — At the top of a hill, a rollercoaster has 67,500 J of kinetic energy & 290,000 J of gravitational potential
Page 2: ellisphysicalscience.wikispaces.com KF PE WORK: 350 - z to * PF ANSWER: 1305 — At the top of a hill, a rollercoaster has 67,500 J of kinetic energy & 290,000 J of gravitational potential
Page 3: ellisphysicalscience.wikispaces.com KF PE WORK: 350 - z to * PF ANSWER: 1305 — At the top of a hill, a rollercoaster has 67,500 J of kinetic energy & 290,000 J of gravitational potential
Page 4: ellisphysicalscience.wikispaces.com KF PE WORK: 350 - z to * PF ANSWER: 1305 — At the top of a hill, a rollercoaster has 67,500 J of kinetic energy & 290,000 J of gravitational potential
Page 5: ellisphysicalscience.wikispaces.com KF PE WORK: 350 - z to * PF ANSWER: 1305 — At the top of a hill, a rollercoaster has 67,500 J of kinetic energy & 290,000 J of gravitational potential