Two rockets leave from a planet, each traveling at significant fractions of the speed of light a) Draw this situation b) Choose the speeds of the two rockets as seen from the planet. Write these speeds in terms of c (the speed of light). c) If one hour passes on the planet, determine how long passes on each rocket d) Calculate the velocities of the rockets relative to each other
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Two rockets leave from a planet, each traveling at significant fractions of the
a) Draw this situation
b) Choose the speeds of the two rockets as seen from the planet. Write these speeds in terms of c (the speed of light).
c) If one hour passes on the planet, determine how long passes on each rocket
d) Calculate the velocities of the rockets relative to each other
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- 6. A train is moving with a constant speed. The train moves 60 meters for every 1.5 seconds that elapses. a. Assume that we get 40 by dividing 60 by 1.5. What is the name that is commonly given to a quantity represented by this number 40? b. To denote the quantity completely, what additional information must be given besides the number 40? c. How would you interpret the number 40 in this instance? Your answer should mention distance and time. d. Use your interpretation (not algebra) to find the distance the train moves in 2.5 seconds.Part A Kangaroos have been clocked at speeds of 65 km/h. You may want to review (Pages 22 - 24). How far can a kangaroo hop in 4.0 minutes at this speed? Express your answer using two significant figures. d = 4.3 km Submit Previous Answers Correct Correct answer is shown. Your answer 4.33 km was either rounded differently or used a different numb significant figures than required for this part. Here we learn how to determine a distance using the speed of an object and its time of motion. Part B How long will it take a kangaroo to hop 0.20 km at this speed? your answer using two significa figures. ΑΣφ ? t = Submit Previous Answers Request AnswerA ball accelerates to the floor in a spaceship at rest on a launch pad on Earth. How might you see the ball do the same in a spaceship far away from Earth? A The spaceship should not move in space. B The spaceship should move at a constant speed of 10 m/s. The spaceship should accelerate at 10 m/s². The spaceship should accelerate at 19 m/s².
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