
Calculus
First Fundamental Theorem worksheets
Evaluate polynomial, reciprocal-power, trigonometric and exponential definite integrals with exact endpoint values.
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Transform definite integrals with linear and quadratic substitutions, new bounds and exact optional evaluation.
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Choose u = g(x), transform both bounds and the differential, then write the equivalent integral in u.
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Customize this worksheetSet u equal to the inner polynomial, rewrite its derivative factor as a multiple of du, and transform both endpoints. The original order of the bounds stays intact even when the substitution decreases or maps both endpoints to the same value.
Learning objective
Choose u = g(x), transform both bounds and the differential, and evaluate exactly when requested.
Worked example
u = x² + 1, du = 2x dx; bounds 1 to 5; integral from 1 to 5 of u³ du
Replace the complete inner function by u, use its derivative for du, and transform each original endpoint before integrating.
Teaching notes
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Choose the answer mode, inner-function types and any mix of seven outer-function families.
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Calculus
Evaluate polynomial, reciprocal-power, trigonometric and exponential definite integrals with exact endpoint values.
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Find exact indefinite integrals of polynomial, reciprocal integer-power, and reciprocal rational-power functions while preserving the original real domain.
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