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  • Definite Integration App: Find Cars Through Intersection Given Flow RateMathispower4u03:47May, 2022336backgroundvideo thumbnail for: Definite Integration App: Find Cars Through Intersection Given Flow Rate
  • Determine Indefinite Integrals Using U-substitution: a*csc(bx)cot(bx), a*sec^2(bx)Mathispower4u04:55May, 2022263backgroundvideo thumbnail for: Determine Indefinite Integrals Using U-substitution: a*csc(bx)cot(bx), a*sec^2(bx)
  • Determine an Antiderivative Involving ArctangentMathispower4u02:56Apr, 2022327backgroundvideo thumbnail for: Determine an Antiderivative Involving Arctangent
  • Evaluate Basic Definite Integrals (Linear / Neg Exponent)Mathispower4u04:37May, 2022236backgroundvideo thumbnail for: Evaluate Basic Definite Integrals (Linear / Neg Exponent)
  • Determine Indefinite Integrals Using U-substitution: Rational with Denominators Raised to PowersMathispower4u05:46May, 2022203backgroundvideo thumbnail for: Determine Indefinite Integrals Using U-substitution: Rational with Denominators Raised to Powers
  • Antiderivative App: Find a Cost Function from the Marginal Cost Function (Book Cost)Mathispower4u02:52May, 2022192backgroundvideo thumbnail for: Antiderivative App: Find a Cost Function from the Marginal Cost Function (Book Cost)
  • Evaluate a Definite Integral Using U-Substitution: arcsin(x)/sqrt(1-x^2)Mathispower4u04:09May, 202244backgroundvideo thumbnail for: Evaluate a Definite Integral Using U-Substitution: arcsin(x)/sqrt(1-x^2)
  • Find a Position Function Given an Acceleration Function and Initial ConditionsMathispower4u05:32Apr, 2022270backgroundvideo thumbnail for: Find a Position Function Given an Acceleration Function and Initial Conditions
  • Determine a Trig Function Given a Second Derivative and Initial ConditionsMathispower4u05:23Apr, 2022231backgroundvideo thumbnail for: Determine a Trig Function Given a Second Derivative and Initial Conditions
  • Newton's Method: Solve a Quadratic Equation Not Equal to Zero Using MOER App (x^2=c)Mathispower4u03:51Apr, 2022234backgroundvideo thumbnail for: Newton's Method: Solve a Quadratic Equation Not Equal to Zero Using MOER App (x^2=c)
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