Newton's Second Law

The relationship between force, mass and acceleration

download Export
search_insights Statistics
stylus_note White Board
Quran
calculate Calculator
dictionary Dictionary
fullscreen Full Screen
QUESTION OF
volume_mute Read quiz aloud
Views #: 1461
Questions #: 7
Time: 10 minutes
Pass Score: 80.0%
Style
Mode

If one object has more inertia than another more ________ required to give that object the same acceleration as the first

1 pts
volume_mute
Missing
note_alt Add notes
✕
flag Flag
volume_mute

Correct Answer

Explanation

The amount of force you must apply depends on the ______ of the object

1 pts
volume_mute
Missing

if you want an object to accelerate at some specific rate such as 5 m/s2

note_alt Add notes
✕
flag Flag
volume_mute

Correct Answer

Explanation

If you have an object with twice the mass of another one you must use _______ the force to get the same acceleration for the first object

1 pts
volume_mute
note_alt Add notes
✕
flag Flag
volume_mute

Correct Answer

Explanation

If you have an object with three times the mass of another one you must use _______ the force to get the same acceleration for the first object

1 pts
volume_mute
note_alt Add notes
✕
flag Flag
volume_mute

Correct Answer

Explanation

Newton's Second Law Formula

1 pts
volume_mute

(1) = (2)(3)

where F is force, m is mass, a is acceleration

Please drag and drop the selected option in the right place or type it instead
F
a
m
note_alt Add notes
✕
flag Flag
volume_mute

Correct Answer

Explanation

Is mass a vector or a scalar?

1 pts
volume_mute
note_alt Add notes
✕
flag Flag
volume_mute

Correct Answer

Explanation

Which would require a greater force

1 pts
volume_mute
note_alt Add notes
✕
flag Flag
volume_mute

Correct Answer

Explanation

✕
0
sin cos tan
sin-1 cos-1 tan-1 π e
xy x3 x2 ex 10x
y√x 3√x √x ln log
( ) 1/x % n!
7 8 9 + MS
4 5 6 – M+
1 2 3 × M-
0 . EXP ÷ MR
± RND C = MC
Keywords
Year 10