From: **Tyler **

Subject: Physics Test Gratitude

Subject: Physics Test Gratitude

Tom,

Your application worked great for our test today! I wanted to email you to let you know how much I appreciate all of the wonderful customer service and that it all paid off. This was test two and I can tell that the difference in grade will be unbelievable. Please let me know if there is anything that you need from me and have a great day.

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INCLUDED PHYSICS PROGRAMS

Acceleration|Atwood Machine | Atwood Machine (Modified) | Pulley & Cord | Table & Pulley & Cord | Static Coefficient of Frictionμ_{s}m, Ff, Ø | m, Ff, Ø, d | m, T, Ø, uk | m, uk, Ø | m1, m2 | m1, m2, uk | m1, m2, Ø | m1, m2, Ø, t | m1,m2,m3,N | m1, m2, uk1, uk2, Ø|

Acceleration: Angular| r, wi, wf, t (w = angular speed) | r, Vi, Vf, t (v = velocity) Video Example

Acceleration: Centripetal| αc = r * ω² | = v ²/ r

Acceleration: Tangential| r,wi,wf,t (w = angular speed) | r,Vi,Vf,t (V = velocity) Video Example

Angle Starts to Slide| Givenμ_{s}

Angular Speed| w = angular speed | = 2 πf rad/s Video Example

Atwood MachineVideo Example

Baseball is Hit|Maximum Height | Time to Ground | Time to Maximum Height Video Example

Bead on a Wire| Velocity at Different Heights | Maximum height | Two Beads Collide and Bounce Video Example

Beads (2) on a Wire| Collide & Bounce

Bulk ModulusVideo Example

Car Catches Truck| Car 1 Velocity | Car 2 Velocity | Time to Catch Up

Center of Mass| 2 Masses on x axis | 2 Masses on xy plane | 3 Masses on x axis | 3 Masses on xy plane | 4 Masses on xy plane Video Example

Cord Over Pulley:Acceleration |Two masses, Cord & pulley | Two masses, Table, Cord & 2 Pulleys

Displacement| Finds Acceleration | Finds Final displacement

Falling off Building

Fluids & Hydraulics| Density: Given Vi, F1, F2 | Density: Column of Water | Force re: p, ht, Area | Force, Atmospheric, Area | Force, Equilibrium | Height re: water pressure | Hydraulic Press | Long & Pipe Barrel |Manometer | Mass Apparent | Mass: Cube in water | Pressure & Fluid at Depth | Pressure/Surface under water | Pressure on Floor | Pressure Gauge | Pressure of Oil & Water | Pressure/Total/Piston | Tension of String | Volume

Forces| Friction | Normal | Gravity

Friction| Friction Force | Work | Work Against Friction | Displacement | Using m,uk,Vi,Ø

Path of an Object| Object falling | Stone thrown up

Strain

Stress

Tension| m,a | m, Ø | m, d, Ø | m, ØA, ØB | m1, m2 |N, Ø | N, ØA, ØB

Truck or Car Slows Down| Speed | Acceleration

Vectors| Vectors (2) (x,y,) sum | Vectors (2) (x,y,z) difference |Vectors (2) (x,y,z) sum | Vectors (2) (x,y,) + Ø, difference | Vectors (2) (x,y,) + Ø, sum | Vectors (3) (x,y,) sum | Vectors (3) (x,y,) + Ø, sum

Velocity: Beads| Bead Sliding on Wire | Two Beads Collide

Velocity of Objects

Volume with specific gravity (sp)

Work| Thru Fuel Oil | At Height | Net | Against gravity | Between Heights | Opposing friction | U & Down Incline | Given Acceleration | Given, d, N, Ø | Given, m, d | Given, m, d, N | Gravity & Ladder | Lifting | Dropping

Young’s Modulus| Stress | Strain | Young’s Modulus