Newton's Law of Cooling Exponential Growth /Decay π Axis of Revolution Particular Solution Solution Curve 1/2∫[f(x)- g(x)] dx Disk Method ∫[f(x)- g(x)] Vertical Integration P(y)dy =P(x)dx Solid of Revolution Horizontal Integration 3/2∫[f(x)- g(x)] dx Cross- Section Slope Field Integration π∫ R(x) - r(x) dx Washer Method π/8∫[f(x)- g(x)] dx General Solution DONUT! ∫[f(x)- g(x)] dx Differential Equation Newton's Law of Cooling Exponential Growth /Decay π Axis of Revolution Particular Solution Solution Curve 1/2∫[f(x)- g(x)] dx Disk Method ∫[f(x)- g(x)] Vertical Integration P(y)dy =P(x)dx Solid of Revolution Horizontal Integration 3/2∫[f(x)- g(x)] dx Cross- Section Slope Field Integration π∫ R(x) - r(x) dx Washer Method π/8∫[f(x)- g(x)] dx General Solution DONUT! ∫[f(x)- g(x)] dx Differential Equation
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Newton's Law of Cooling
Exponential Growth /Decay
π
Axis of Revolution
Particular Solution
Solution Curve
1/2∫[f(x)-g(x)] dx
Disk Method
∫[f(x)-g(x)]
Vertical Integration
P(y)dy =P(x)dx
Solid of Revolution
Horizontal Integration
3/2∫[f(x)-g(x)] dx
Cross-Section
Slope Field
Integration
π∫ R(x) - r(x) dx
Washer Method
π/8∫[f(x)-g(x)] dx
General Solution
DONUT!
∫[f(x)-g(x)] dx
Differential Equation