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Match it! Select the correct answer from the pull down...Good luck!
Newton's 2nd Law is also explained as an equation involving which three variables?
Fall behind you
They will land at the same time.
Force, mass, and acceleration
With an arch
Both will land at the same time
Double
2 m/s^2
The forces are the same
In the past before Newton's time, people the the earth was at rest because objects fell (blank)
Fall behind you
They will land at the same time.
Force, mass, and acceleration
With an arch
Both will land at the same time
Double
2 m/s^2
The forces are the same
A piano and a keyboard fall out of a 8 story building. Which object will land first?
Fall behind you
They will land at the same time.
Force, mass, and acceleration
With an arch
Both will land at the same time
Double
2 m/s^2
The forces are the same
A force of 10 N is applied to a 5 kg mass. What is the acceleration of the mass?
Fall behind you
They will land at the same time.
Force, mass, and acceleration
With an arch
Both will land at the same time
Double
2 m/s^2
The forces are the same
What is the difference between the forces on a 10 kg mass with an acceleration of 5 m/s^2, and a 12 kg mass with an acceleration of 6 m/s^2?
Fall behind you
They will land at the same time.
Force, mass, and acceleration
With an arch
Both will land at the same time
Double
2 m/s^2
The forces are the same
A feather and a bowling ball are dropped at the same time in a vacuum. Which one will land last?
Fall behind you
They will land at the same time.
Force, mass, and acceleration
With an arch
Both will land at the same time
Double
2 m/s^2
The forces are the same
If you are accelerating forward and you throw a ball straight up, it will
Fall behind you
They will land at the same time.
Force, mass, and acceleration
With an arch
Both will land at the same time
Double
2 m/s^2
The forces are the same
If a mass is accelerating due to an outside force and the force doubles, then the acceleration of the mass will
Fall behind you
They will land at the same time.
Force, mass, and acceleration
With an arch
Both will land at the same time
Double
2 m/s^2
The forces are the same
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