Physics Quiz

 The acceleration experienced by an object.

The amount of energy stored in an object.

The force applied on an object per unit area.

The mass of an object divided by its volume.

The distance traveled by an object in a given time.

The amount of energy used to move an object. 

The amount of force applied to a moving object.

The change in the direction of an object.

The force that opposes the movement of two surfaces in contact.

The energy used to move an object.

The acceleration of a moving object. 

The speed of a falling object.

The change in speed per unit of time.

The distance traveled in a given time.

The energy necessary to set an object in motion.

The force that moves an object.

$V=I\backslash times\; R$

$\backslash rho\backslash \; =\backslash \; \backslash frac\{m\}\{v\}$

$a=\backslash frac\{\backslash Delta\backslash \; V\}\{\backslash Delta\backslash \; t\}$

$A=\backslash pi\; r$

$t=\backslash frac\{d\}\{v\}$

$A\backslash \; =\backslash \; b.h$

$p=\backslash frac\{m\}\{v\}$

$v=\backslash frac\{s\}\{t\}$

$F=ma$

 $F=mg$

 $F=\backslash frac\{a\}\{m\}$

$F=mv$

p = mv

 ^{$\backslash frac\{m\}\{p\}=\backslash \; v$}

m = pv

v = pm

$\backslash nu=m\backslash times\; g$

$\backslash nu=P\backslash times\; t$

$\backslash nu\backslash \; =\backslash \; \backslash frac\{d\}\{t\}$

$\backslash nu=F\backslash times\; a$

 $m\backslash \; =\backslash \; \backslash frac\{\backslash rho\}\{t\}$

 $𝑚=\backslash rho\backslash times\backslash nu$

$m\backslash \; =\backslash \; \backslash frac\{\backslash rho\}\{\backslash nu\}$

$𝑚=𝐹\backslash times𝑑$

$d=\backslash nu\backslash times\; t$

$d\; =\; m\; \backslash times\; g$

$d=\backslash frac\{v\}\{t\}$

$d=F\backslash times\; a$

10

100

100000

1000

$p=\backslash frac\{m\}\{v\}$

$k=\backslash frac\{F\}\{x\}$

$p=\backslash frac\{W\}\{t\}$