Asked by lol
You are walking toward the back of a bus that is moving forward with a constant velocity. Describe your motion relative to the bus and relative to a point on the ground.
A car travels at an average speed of 30 m/s for .8 h. Find the total distance traveled in km.
A car travels at an average speed of 30 m/s for .8 h. Find the total distance traveled in km.
Answers
Answered by
bobpursley
I will be happy to critique your thinking.
distance=velocity*time
change hours to seconds.
distance=velocity*time
change hours to seconds.
Answered by
lol
ok thanks. But for the first question, if I am walking toward the bus at the same velocity it is traveling, is there no motion of me relative to the bus?
Answered by
RickP
The question is ambiguously stated. It apparently means that you are INSIDE the bus walking towards the back of the bus.
Answered by
davion
Which statement about relative motion is not true?
A seated passenger on a plane is motionless relative to the plane.
The plane appears to be moving across the sky relative to a person watching from the ground.
A plane appears motionless to a skydiver who jumps out of it.
A flight attendant walking down the aisle is in motion relative to the plane.
A seated passenger on a plane is motionless relative to the plane.
The plane appears to be moving across the sky relative to a person watching from the ground.
A plane appears motionless to a skydiver who jumps out of it.
A flight attendant walking down the aisle is in motion relative to the plane.
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