VMLC
Release-50

Search Videos

Hydrostatic Force: MATH 172 Problems 6 & 7 thumbnail

Hydrostatic Force: MATH 172 Problems 6 & 7

Using Riemann Sums and Integrals to calculate hydrostatic force

Area under a curveDefinite IntegralForce EquationHydrostatic ForceLimitPartition of an IntervalRiemann Sum
Video Details
MATH 308 WIR22A V47 thumbnail

MATH 308 WIR22A V47

Solving an initial value problem to find the position of a mass on a vibrating spring with an external force

Characteristic EquationDifferential EquationMATH 308Nonhomogeneous Differential EquationSecond Order Linear ODESpring-Mass System
Video Details
MATH 308 WIR22A V48 thumbnail

MATH 308 WIR22A V48

Solving an initial value problem to find the position of a mass on a vibrating spring with an external force

Characteristic EquationDifferential EquationMATH 308Nonhomogeneous Differential EquationSecond Order Linear ODESpring-Mass System
Video Details
MATH 308 WIR22A V49 thumbnail

MATH 308 WIR22A V49

Solving an initial value problem to find the position of a mass on a vibrating spring under resonance with an external force

Characteristic EquationDifferential EquationMATH 308Nonhomogeneous Differential EquationSecond Order Linear ODESpring-Mass System
Video Details
MLC WIR 20B M151 week3 #08 thumbnail

MLC WIR 20B M151 week3 #08

Using vectors to find the magnitude and direction of a resultant force

ArctangentCosineForceInverse TrigonometryLength of a VectorMATH 151SineTrigonometryVector
Video Details
MLC WIR 20B M151 week3 #09 thumbnail

MLC WIR 20B M151 week3 #09

Using vectors to find the work done when a force moves an object

Dot ProductForceMATH 151Vector
Video Details
MLC WIR 20B M151 week3 #10 thumbnail

MLC WIR 20B M151 week3 #10

Calculating the work done pushing a crate up a ramp

CosineForceMATH 151
Video Details
MLC WIR M151 week1 #08 thumbnail

MLC WIR M151 week1 #08

Using the dot product to calculate work done

Dot ProductForceMATH 151Vector
Video Details
Definition of Work thumbnail

Definition of Work

Explaining the definition of work for constant and non-constant forces

ForceMATH 152Work
Video Details
Texas A&M University Web Accessibility Site Policies