S1W2 Position time graphs and equations honors

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Describe the movement given in this graph.

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If this graph was being walked outside flipping physics' guy's house, would you ever be to the left of door? if so, when? if not, how do you know?

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What are some easy mistakes you can see yourself making in interpreting these graphs?

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We discussed frame of reference in class. What is the frame of reference for all of the flipping physicists walking diagrams? What doesn't move?

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A toy RC car is driving 2 m/s when it is picked up and put on a treadmill going 1 m/s. What happens? click all possibilities. (Assume ideal physics land, no air resistance or rolling resistance. the front of the treadmill is defined as the side of the machine you face when running.)

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Rosa's boat is paddling upstream at 125 cm/s relative to the water in a river which is flowing at 50 cm/s relative to the banks of the river. What is the resultant velocity of Rosa's boat (relative to the banks)?

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you are in a car going 30 mph and a car passes you, from your frame of reference, the car is going 5 mph. how fast is the car going relative to the ground?

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S1W2 Position time graphs and equations honors

Describe the movement given in this graph.

If this graph was being walked outside flipping physics' guy's house, would you ever be to the left of door? if so, when? if not, how do you know?

What are some easy mistakes you can see yourself making in interpreting these graphs?

We discussed frame of reference in class. What is the frame of reference for all of the flipping physicists walking diagrams? What doesn't move?

A toy RC car is driving 2 m/s when it is picked up and put on a treadmill going 1 m/s. What happens? click all possibilities. (Assume ideal physics land, no air resistance or rolling resistance. the front of the treadmill is defined as the side of the machine you face when running.)

Rosa's boat is paddling upstream at 125 cm/s relative to the water in a river which is flowing at 50 cm/s relative to the banks of the river. What is the resultant velocity of Rosa's boat (relative to the banks)?

you are in a car going 30 mph and a car passes you, from your frame of reference, the car is going 5 mph. how fast is the car going relative to the ground?

Another car wizzes past you going the opposite direction. looked like he was going 100 mph. How fast do you think he was going?

Describe the movement given in this graph.

If this graph was being walked outside flipping physics' guy's house, would you ever be to the left of door? if so, when? if not, how do you know?

What are some easy mistakes you can see yourself making in interpreting these graphs?

We discussed frame of reference in class. What is the frame of reference for all of the flipping physicists walking diagrams? What doesn't move?

A toy RC car is driving 2 m/s when it is picked up and put on a treadmill going 1 m/s. What happens? click all possibilities. (Assume ideal physics land, no air resistance or rolling resistance. the front of the treadmill is defined as the side of the machine you face when running.)

Rosa's boat is paddling upstream at 125 cm/s relative to the water in a river which is flowing at 50 cm/s relative to the banks of the river. What is the resultant velocity of Rosa's boat (relative to the banks)?

you are in a car going 30 mph and a car passes you, from your frame of reference, the car is going 5 mph. how fast is the car going relative to the ground?

Another car wizzes past you going the opposite direction. looked like he was going 100 mph. How fast do you think he was going?