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A group of students are playing tug-of-war. The students on one side of the rope are pulling the students to the other side. What does this example show?
force = mass x acceleration
stay constant
Mass X Acceleration
Victor
B will have greater acceleration than A.
the Law of Inertia
unbalanced forces
400 N
According to Newtons second law of motion, what does force equal?
force = mass x acceleration
stay constant
Mass X Acceleration
Victor
B will have greater acceleration than A.
the Law of Inertia
unbalanced forces
400 N
Victor kicked a 0.40 kg soccer ball with a force of 8 N, and Jose kicked a 0.20 kg soccer ball with a force of 4 N. Whose ball had the greater acceleration?
force = mass x acceleration
stay constant
Mass X Acceleration
Victor
B will have greater acceleration than A.
the Law of Inertia
unbalanced forces
400 N
According to Newton's 2nd law, if equal force is applied to 2 objects, A and B, and object A is more massive, then
force = mass x acceleration
stay constant
Mass X Acceleration
Victor
B will have greater acceleration than A.
the Law of Inertia
unbalanced forces
400 N
What is the formula used for Newton's Second Law of Motion?
force = mass x acceleration
stay constant
Mass X Acceleration
Victor
B will have greater acceleration than A.
the Law of Inertia
unbalanced forces
400 N
Suppose you're on a rollercoaster containing 2 cars accelerating at 5 m/s2. The mass of one car is 200 kg. How much force was needed to move the cars?
force = mass x acceleration
stay constant
Mass X Acceleration
Victor
B will have greater acceleration than A.
the Law of Inertia
unbalanced forces
400 N
Newton's First Law of Motion is also known as
force = mass x acceleration
stay constant
Mass X Acceleration
Victor
B will have greater acceleration than A.
the Law of Inertia
unbalanced forces
400 N
A spaceship is traveling from Mars to Earth at 15,000 m/s. If no outside force is applied to it, what will happen to its speed over the course of the trip?
force = mass x acceleration
stay constant
Mass X Acceleration
Victor
B will have greater acceleration than A.
the Law of Inertia
unbalanced forces
400 N
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