# Bullet - Block

## Inputs

### Wood Block Characteristics

grams/centimeters^{3}

### Impact Site

You missed the block;

try with something less than Length/2.
### Bullet Characteristics

grams

meters/second

## Outputs

### Inertia

Mass of the Block = JS kilograms

Mass of the Block = JS grams

Moment of Inertia for the Bullet = JS kg*m^{2}

Moment of Inertia for the Bullet = JS g*cm^{2}

Moment of Inertia for the Block = JS kg*m^{2}

Moment of Inertia for the Block = JS g*cm^{2}
### Angular Momentum Conservation

Angular Momentum = JS joules*s

Angular Momentum = JS erg*s

Angular Velocity = JS rad/s

Angular Velocity = JS rev/s
### Kinetic Energy

Kinetic Energy Initial = JS joules

Kinetic Energy Initial = JS ergs

Kinetic Energy Linear = JS joules

Kinetic Energy Linear = JS ergs

Kinetic Energy Rotational = JS joules

Kinetic Energy Rotational = JS ergs

### Energy Conservation

Final Velocity = JS m/s

Final Velocity = JS cm/s

Height = JS meters

Height = JS cm

### Comparisons

Significance of Rotational Energy = JS%

Percent Difference of Depth = JS%