Module 3 : Projectile Motion

variable	quantity	value	SI unit
\( y_{0} \)	initial y-position	\( 0 \)	\( m \)
\( y \)	final y-position	\( -60 \)	\( m \)
\( v_{0} \sin{0} \)	y-component of initial velocity	\( \sin{0} = 0 \)	\( m/s \)
\( a_{y}=-g \)	acceleration due to gravity	\( g=9.8 \)	\( m/s^{2} \)
\( t \)	time to reach the ground		\( s \)

variable	quantity	value	SI unit
\( x_{0} \)	initial x-position	\( 0 \)	\( m \)
\( x \)	final x-position	\( \)	\( m \)
\( v_{0} \cos{0} \)	x-component of initial velocity	\( v_{0} \) , \(\cos{0} = 1 \)	\( m/s \)
\( a_{x} \)	x-component of acceleration	\( 0 \)	\( m/s^{2} \)
\( t \)	time to reach the ground	\( 3.499 \)	\( s \)

variable	quantity	value	SI unit
\( (x_{0} , y_{0})\)	initial x,y-position ,	\( 0,0 \)	\( m \)
\( (x,y) \)	final x,y-position	\( (?,-60) \)	\( m \)
\( (v_{0} \cos{0} , v_{0} \sin{0}) \)	x,y-component of initial velocity	\( (30.0,0.0) \)	\( m/s \)
\( (a_{x}, a_{y}) \)	x,y-component of acceleration	\( (0,-9.8) \)	\( m/s^{2} \)
\( t \)	time to reach the ground	\( \)	\( s \)

Module 3: Projectile Motion