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Formula Sheet for Test 2 Ideal Projectile Motion Equation from the origin j i r 2 0 0 2 1 ) sin ( cos gt t v t v Maximum height g v y 2 sin 2 0 max Flight time g v t sin 2 0 Range 2 sin 2 0 g v R General Projectile Motion Equation j i r 2 0 0 0 0 2 1 ) sin ( ) cos ( gt t v y t v x Arc Length Formula dt dt dt dz dt dy dt dx L b a b a v 2 2 2 Speed on Smooth Curve ) (t dt ds v Unit Tangent Vector v v T Principal Unit Normal Vector dt d dt d / / T T N Binormal Vector N T B Curvature 3 1 v a T T v v d d ds dt Torsion 2 . a v N B . . . . . . . . . . . . . . . . . z y x z y x z y x ds d Tangential and Normal Scalar Components of Acceleration N T a N T a a where v dt d a T 2 2 2 T N a a a v

Formula Sheet for Test 2

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Formula Sheet for Test 2

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Page 1: Formula Sheet for Test 2

Formula Sheet for Test 2

Ideal Projectile Motion Equation from the

origin

jir

2

002

1)sin(cos gttvtv

Maximum height

g

vy

2

sin2

0

max

Flight time

g

vt

sin2 0

Range

2sin

2

0

g

vR

General Projectile Motion Equation

jir

2

00002

1)sin()cos( gttvytvx

Arc Length Formula

dtdtdt

dz

dt

dy

dt

dxL

b

a

b

a

v

222

Speed on Smooth Curve

)(tdt

dsv

Unit Tangent Vector

v

vT

Principal Unit Normal Vector

dtd

dtd

/

/

T

TN

Binormal Vector

NTB

Curvature

3

1 v aT T

v v

d d

ds dt

Torsion

2

.

av

NB

. . .. . .. . .

. .. .. .

..

zyx

zyx

zyx

ds

d

Tangential and Normal Scalar Components of

Acceleration

NTa NT aa

where vdt

daT

222

TN aa av