I am testing my students' logic. What is the answer they should choose between "parking lot" and "grass"? Logic test: Alex is playing with his toy car outside. He rolls the toy car across the parking lot and it zooms by. His mother tells him to move away from the parking lot so he goes to the back yard. Alex tries to roll the toy car, but it doesn't go as quickly. That's because the _____ has more friction. (A) parking lot (B) grass
grass
(Question)
I am testing my students' logic. What is the answer they should choose between "wooden table" and "grass"? Logic test: It's easier to push a toy car across a wooden table than across the grass. The tires of the toy car would get more warm when it is pushed over the (A) wooden table (B) grass.
(Answer)
grass
Ques: I am testing my students' logic. What is the answer they should choose between "Solid cannonball" and "Hollow cannonball"? Logic test: A hollow cannonball and a solid cannonball made of the same material and diameter are shot with the same force from a cannon. Which ball will have a lower acceleration? (A) Hollow cannonball (B) Solid cannonball
Ans: Hollow cannonball
(Q).
I am testing my students' logic. What is the answer they should choose between "carpet" and "tile counter"? Logic test: The children were playing with a toy car in the house. The toy car ran smoothly on the tile counter, but on there was more heat generated when it ran on the carpet. This is because the carpet has (A) more resistance (B) less resistance.
(A).
carpet
Ques:I am testing my students' logic. What is the answer they should choose between "A ball" and "Jupiter"? Logic test: If you were to throw a ball at Jupiter you'd notice that the ball has less mass and therefore has (A) stronger gravity (B) weaker gravity

Ans:Jupiter
Ques:I am testing my students' logic. What is the answer they should choose between "asteroid" and "Moon"? Logic test: A satellite is heading toward the moon to orbit and collect data. Near the moon there is an asteroid that is less than half the mass of the moon. The satellite is pulled past the asteroid and into the orbit of the moon due to the moon's much larger size. This means that the (A) moon (B) asteroid has a more powerful gravitational attraction.

Ans:
asteroid