Title: PE and KE equivalent Alt 03
Course: Physics copy 1

Q: A rocket with mass 30000 kg is launched from the SPH 4U launch pad and rapidly achieves a velocity of 6000 m/s. The total energy of the rocket (kinetic and gravitational) on the ground is -1327683375000 J. This total energy corresponds to a gravitational potential energy (U) at a distance from the centre of the earth of _____ m. ( reference 0 J at infinity. Mass of earth 5.9736E+024 kg radius of earth 6400000 m) (Enter your answer correct to 2 sig. digs)
A: 9000000

Q: A rocket with mass 18000 kg is launched from the SPH 4U launch pad and rapidly achieves a velocity of 9000 m/s. The total energy of the rocket (kinetic and gravitational) on the ground is -391610025000 J. This total energy corresponds to a gravitational potential energy (U) at a distance from the centre of the earth of _____ m. ( reference 0 J at infinity. Mass of earth 5.9736E+024 kg radius of earth 6400000 m) (Enter your answer correct to 2 sig. digs)
A: 18000000

Q: A rocket with mass 19000 kg is launched from the SPH 4U launch pad and rapidly achieves a velocity of 2000 m/s. The total energy of the rocket (kinetic and gravitational) on the ground is -1144866137500 J. This total energy corresponds to a gravitational potential energy (U) at a distance from the centre of the earth of _____ m. ( reference 0 J at infinity. Mass of earth 5.9736E+024 kg radius of earth 6400000 m) (Enter your answer correct to 2 sig. digs)
A: 6600000

Q: A rocket with mass 11000 kg is launched from the SPH 4U launch pad and rapidly achieves a velocity of 1000 m/s. The total energy of the rocket (kinetic and gravitational) on the ground is -679317237500 J. This total energy corresponds to a gravitational potential energy (U) at a distance from the centre of the earth of _____ m. ( reference 0 J at infinity. Mass of earth 5.9736E+024 kg radius of earth 6400000 m) (Enter your answer correct to 2 sig. digs)
A: 6500000

Q: A rocket with mass 25000 kg is launched from the SPH 4U launch pad and rapidly achieves a velocity of 8000 m/s. The total energy of the rocket (kinetic and gravitational) on the ground is -756402812500 J. This total energy corresponds to a gravitational potential energy (U) at a distance from the centre of the earth of _____ m. ( reference 0 J at infinity. Mass of earth 5.9736E+024 kg radius of earth 6400000 m) (Enter your answer correct to 2 sig. digs)
A: 13000000

Q: A rocket with mass 22000 kg is launched from the SPH 4U launch pad and rapidly achieves a velocity of 5000 m/s. The total energy of the rocket (kinetic and gravitational) on the ground is -1094634475000 J. This total energy corresponds to a gravitational potential energy (U) at a distance from the centre of the earth of _____ m. ( reference 0 J at infinity. Mass of earth 5.9736E+024 kg radius of earth 6400000 m) (Enter your answer correct to 2 sig. digs)
A: 8000000

Q: A rocket with mass 17000 kg is launched from the SPH 4U launch pad and rapidly achieves a velocity of 7000 m/s. The total energy of the rocket (kinetic and gravitational) on the ground is -641853912500 J. This total energy corresponds to a gravitational potential energy (U) at a distance from the centre of the earth of _____ m. ( reference 0 J at infinity. Mass of earth 5.9736E+024 kg radius of earth 6400000 m) (Enter your answer correct to 2 sig. digs)
A: 11000000

Q: A rocket with mass 26000 kg is launched from the SPH 4U launch pad and rapidly achieves a velocity of 6000 m/s. The total energy of the rocket (kinetic and gravitational) on the ground is -1150658925000 J. This total energy corresponds to a gravitational potential energy (U) at a distance from the centre of the earth of _____ m. ( reference 0 J at infinity. Mass of earth 5.9736E+024 kg radius of earth 6400000 m) (Enter your answer correct to 2 sig. digs)
A: 9000000

Q: A rocket with mass 14000 kg is launched from the SPH 4U launch pad and rapidly achieves a velocity of 7000 m/s. The total energy of the rocket (kinetic and gravitational) on the ground is -528585575000 J. This total energy corresponds to a gravitational potential energy (U) at a distance from the centre of the earth of _____ m. ( reference 0 J at infinity. Mass of earth 5.9736E+024 kg radius of earth 6400000 m) (Enter your answer correct to 2 sig. digs)
A: 11000000

Q: A rocket with mass 12000 kg is launched from the SPH 4U launch pad and rapidly achieves a velocity of 2000 m/s. The total energy of the rocket (kinetic and gravitational) on the ground is -723073350000 J. This total energy corresponds to a gravitational potential energy (U) at a distance from the centre of the earth of _____ m. ( reference 0 J at infinity. Mass of earth 5.9736E+024 kg radius of earth 6400000 m) (Enter your answer correct to 2 sig. digs)
A: 6600000

Q: A rocket with mass 16000 kg is launched from the SPH 4U launch pad and rapidly achieves a velocity of 9000 m/s. The total energy of the rocket (kinetic and gravitational) on the ground is -348097800000 J. This total energy corresponds to a gravitational potential energy (U) at a distance from the centre of the earth of _____ m. ( reference 0 J at infinity. Mass of earth 5.9736E+024 kg radius of earth 6400000 m) (Enter your answer correct to 2 sig. digs)
A: 18000000

Q: A rocket with mass 27000 kg is launched from the SPH 4U launch pad and rapidly achieves a velocity of 7000 m/s. The total energy of the rocket (kinetic and gravitational) on the ground is -1019415037500 J. This total energy corresponds to a gravitational potential energy (U) at a distance from the centre of the earth of _____ m. ( reference 0 J at infinity. Mass of earth 5.9736E+024 kg radius of earth 6400000 m) (Enter your answer correct to 2 sig. digs)
A: 11000000

Q: A rocket with mass 11000 kg is launched from the SPH 4U launch pad and rapidly achieves a velocity of 5000 m/s. The total energy of the rocket (kinetic and gravitational) on the ground is -547317237500 J. This total energy corresponds to a gravitational potential energy (U) at a distance from the centre of the earth of _____ m. ( reference 0 J at infinity. Mass of earth 5.9736E+024 kg radius of earth 6400000 m) (Enter your answer correct to 2 sig. digs)
A: 8000000

Q: A rocket with mass 26000 kg is launched from the SPH 4U launch pad and rapidly achieves a velocity of 10000 m/s. The total energy of the rocket (kinetic and gravitational) on the ground is -318658925000 J. This total energy corresponds to a gravitational potential energy (U) at a distance from the centre of the earth of _____ m. ( reference 0 J at infinity. Mass of earth 5.9736E+024 kg radius of earth 6400000 m) (Enter your answer correct to 2 sig. digs)
A: 33000000

Q: A rocket with mass 27000 kg is launched from the SPH 4U launch pad and rapidly achieves a velocity of 5000 m/s. The total energy of the rocket (kinetic and gravitational) on the ground is -1343415037500 J. This total energy corresponds to a gravitational potential energy (U) at a distance from the centre of the earth of _____ m. ( reference 0 J at infinity. Mass of earth 5.9736E+024 kg radius of earth 6400000 m) (Enter your answer correct to 2 sig. digs)
A: 8000000

Q: A rocket with mass 10000 kg is launched from the SPH 4U launch pad and rapidly achieves a velocity of 5000 m/s. The total energy of the rocket (kinetic and gravitational) on the ground is -497561125000 J. This total energy corresponds to a gravitational potential energy (U) at a distance from the centre of the earth of _____ m. ( reference 0 J at infinity. Mass of earth 5.9736E+024 kg radius of earth 6400000 m) (Enter your answer correct to 2 sig. digs)
A: 8000000

Q: A rocket with mass 22000 kg is launched from the SPH 4U launch pad and rapidly achieves a velocity of 8000 m/s. The total energy of the rocket (kinetic and gravitational) on the ground is -665634475000 J. This total energy corresponds to a gravitational potential energy (U) at a distance from the centre of the earth of _____ m. ( reference 0 J at infinity. Mass of earth 5.9736E+024 kg radius of earth 6400000 m) (Enter your answer correct to 2 sig. digs)
A: 13000000

Q: A rocket with mass 28000 kg is launched from the SPH 4U launch pad and rapidly achieves a velocity of 9000 m/s. The total energy of the rocket (kinetic and gravitational) on the ground is -609171150000 J. This total energy corresponds to a gravitational potential energy (U) at a distance from the centre of the earth of _____ m. ( reference 0 J at infinity. Mass of earth 5.9736E+024 kg radius of earth 6400000 m) (Enter your answer correct to 2 sig. digs)
A: 18000000

Q: A rocket with mass 22000 kg is launched from the SPH 4U launch pad and rapidly achieves a velocity of 6000 m/s. The total energy of the rocket (kinetic and gravitational) on the ground is -973634475000 J. This total energy corresponds to a gravitational potential energy (U) at a distance from the centre of the earth of _____ m. ( reference 0 J at infinity. Mass of earth 5.9736E+024 kg radius of earth 6400000 m) (Enter your answer correct to 2 sig. digs)
A: 9000000

Q: A rocket with mass 23000 kg is launched from the SPH 4U launch pad and rapidly achieves a velocity of 4000 m/s. The total energy of the rocket (kinetic and gravitational) on the ground is -1247890587500 J. This total energy corresponds to a gravitational potential energy (U) at a distance from the centre of the earth of _____ m. ( reference 0 J at infinity. Mass of earth 5.9736E+024 kg radius of earth 6400000 m) (Enter your answer correct to 2 sig. digs)
A: 7300000