The rolling resistance for steel on steel is quite low; the coefficient of rolling friction is typically \( \mu_r = 0.002 \). Suppose a 180,000 kg locomotive is rolling at 22 m/s on level rails.For the steps and strategies involved in solving a similar problem, you may view a Video Tutor Solution.### Part A**Question:**If the engineer disengages the engine, how much time will it take the locomotive to coast to a stop?**Instruction:**Express your answer in seconds.- Input box for answer: \( \Delta t = \) _______ s- Buttons for mathematical symbols and functions are available.- Submit button to finalize the answer.- Option to request the correct answer.### Part B**Question:**How far will the locomotive move during this time?**Instruction:**Express your answer with the appropriate units.- Input box for answer: \( \Delta x = \) Value _______ Units _______- Buttons for mathematical symbols and functions are available.- Submit button to finalize the answer.- Option to request the correct answer.There is a "Provide Feedback" link for user suggestions or comments.

Name: The rolling resistance for steel on steel is quite low; the coefficie
Uploaded: 2024-03-20T06:57:57.000Z
Channel: Bartleby
Description: The rolling resistance for steel on steel is quite low; the coefficient of rolling friction is typically \( \mu_r = 0.002 \). Suppose a 180,000 kg locomotive is rolling at 22 m/s on level rails.For the steps and strategies involved in solving a simi