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Inclined projection motion
Beginning status (before activation):
1 *
2 *Inclined projection motion:
3 *Initial velocity v0=14 m/s Acceleration due to gravity g=9.81 m/s^2
4 *Initial angle A=45
5 *
6 *Initial angle in radians a=A/360*2*PI PI=3.141592653589793
7 *
8 *Ceiling=(v0*sin(a))^2/(2*g) FlyingTime=2*v0*sin(a)/g
9 *Range=v0^2*sin(2*a)/g
10 *
11 *Ceiling.= ACCURACY=2
12 *FlyingTime.=
13 *Range.=
14 *
Ending status (after activation):
1 *
2 *Inclined projection motion:
3 *Initial velocity v0=14 m/s Acceleration due to gravity g=9.81 m/s^2
4 *Initial angle A=45
5 *
6 *Initial angle in radians a=A/360*2*PI PI=3.141592653589793
7 *
8 *Ceiling=(v0*sin(a))^2/(2*g) FlyingTime=2*v0*sin(a)/g
9 *Range=v0^2*sin(2*a)/g
10 *
11 *Ceiling.=4.99 ACCURACY=2
12 *FlyingTime.=2.02
13 *Range.=20
14 *
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