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Techniques for Computing Limits 2.3 Calculus 1. The limit of a constant IS the constant. No matter what “x” approaches Limit Laws.

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Presentation on theme: "Techniques for Computing Limits 2.3 Calculus 1. The limit of a constant IS the constant. No matter what “x” approaches Limit Laws."— Presentation transcript:

1 Techniques for Computing Limits 2.3 Calculus 1

2 The limit of a constant IS the constant. No matter what “x” approaches Limit Laws

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4 The limit of a sum is the sum of the limits. Theorem 2.3 (1)

5 The limit of a difference is the difference of the limits. Theorem 2.3 (2)

6 The limit of a constant times a function is the constant times the limit of the function. Theorem 2.3 (3)

7 The limit of a product is the product of the limits. Theorem 2.3 (4)

8 The limit of a quotient is the quotient of the limits. Theorem 2.3 (5)

9 Theorem 2.3 (6) The limit of a “function raised to a power” is the “limit of the function” raised to the power.

10 Theorem 2.3 (7) The limit of a “function raised to a fractional power” is the “limit of the function” raised to the fractional power.

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14 Factor and simplify Other Techniques

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16 Sometimes when you have radicals you need to multiply by the conjugate of the numerator or denominator.

17 Squeeze Theorem Pinching Theorem Sandwich Theorem

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20 Piecewise If x < -1 If x ≥ -1


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