Review Game Zone
Games
Test
Preview
Back
Match it!
Match it! Select the correct answer from the pull down...Good luck!
What will happen to a biker's speed while a strong wind blows against him?
his speed will decrease since the wind is blowing towards him
calculated using mathematical formulas
2 s
the cube that is the most dense has the largest mass.
potential energy is converted into kinetic energy as he moves downhill
Liquid C
the train's kinetic energy help is to go up
at the top of the hill
Liquid A has a mass of 11.8g and volume of 15.5ml, Liquid B has a mass of 17.3g and a volume of 29.8ml, Liquid C has a mass of 15.7g and a volume of 19.4ml and Liquid D has a mas of 21.4g and a volume of 27.4ml. Which liquid has the largest density?
his speed will decrease since the wind is blowing towards him
calculated using mathematical formulas
2 s
the cube that is the most dense has the largest mass.
potential energy is converted into kinetic energy as he moves downhill
Liquid C
the train's kinetic energy help is to go up
at the top of the hill
Both the kinetic and potential energy of an object can be:
his speed will decrease since the wind is blowing towards him
calculated using mathematical formulas
2 s
the cube that is the most dense has the largest mass.
potential energy is converted into kinetic energy as he moves downhill
Liquid C
the train's kinetic energy help is to go up
at the top of the hill
At what point is potential energy greatest on a roller coaster?
his speed will decrease since the wind is blowing towards him
calculated using mathematical formulas
2 s
the cube that is the most dense has the largest mass.
potential energy is converted into kinetic energy as he moves downhill
Liquid C
the train's kinetic energy help is to go up
at the top of the hill
Why does a train need to be at top speed to go up a hill?
his speed will decrease since the wind is blowing towards him
calculated using mathematical formulas
2 s
the cube that is the most dense has the largest mass.
potential energy is converted into kinetic energy as he moves downhill
Liquid C
the train's kinetic energy help is to go up
at the top of the hill
A cyclist works hard to reach the top of a hill and then coasts down the other side. Which statement best explains why the cyclist does NOT nee to work as hard when he travels downhill?
his speed will decrease since the wind is blowing towards him
calculated using mathematical formulas
2 s
the cube that is the most dense has the largest mass.
potential energy is converted into kinetic energy as he moves downhill
Liquid C
the train's kinetic energy help is to go up
at the top of the hill
If a ball travels 30m, and is moving at 15 m/s, how many seconds did it take for the ball to travel 30 m?
his speed will decrease since the wind is blowing towards him
calculated using mathematical formulas
2 s
the cube that is the most dense has the largest mass.
potential energy is converted into kinetic energy as he moves downhill
Liquid C
the train's kinetic energy help is to go up
at the top of the hill
A boy has three cubes made of different materials. All the cubes have the same dimensions. Which of the following is true?
his speed will decrease since the wind is blowing towards him
calculated using mathematical formulas
2 s
the cube that is the most dense has the largest mass.
potential energy is converted into kinetic energy as he moves downhill
Liquid C
the train's kinetic energy help is to go up
at the top of the hill
Check it!
Match it!
Match it!