Quotient Rule

Nov 19, 2014

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Quotient Rule. If f and g are differentiable, then. Examples:. 1) 2). 3) 4).

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quotient rule

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Quotient Rule

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Quotient Rule
If f and g are differentiable, then
Examples: 1) 2)
3) • 4)

B2.2 & B2.3 - Product Rule and Quotient Rules

B2.2 & B2.3 - Product Rule and Quotient Rules. MCB4U & IB Math HL/SL - Santowski. (A) Review. The derivative of a sum/difference is simply the sum/difference of the derivatives i.e. (f + g)` = f ` + g`

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2.3 The product rule, quotient rule, and higher order derivatives

2.3 The product rule, quotient rule, and higher order derivatives. "Alcohol and Calculus Don't Mix; Never Drink and Derive." . Objective:. To evaluate derivatives using the product and quotient rule To find higher order derivatives. Review…. Try…. Higher Order Derivatives.

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5.2 Integer Exponents and The Quotient Rule

5.2 Integer Exponents and The Quotient Rule. For Example:. Each time the exponent is reduced by 1, the value is divided by 2 (the bases). Using this pattern, the list can be continued to smaller and smaller integers. .

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4.2 Integer Exponents and the Quotient Rule

4.2 Integer Exponents and the Quotient Rule. Integer Exponents and the Quotient Rule. In all earlier work, exponents were positive integers. Now, to develop a meaning for exponents that are not positive integers, consider the following list. .

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Section 2.3: Product and Quotient Rule

Section 2.3: Product and Quotient Rule. Students will be able to use the product and quotient rule to take the derivative of differentiable equations . Objective:. The derivative of f at x is given by.

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Quotient Rule A

*. *. *. *. Quotient Rule A. *. *. *. *. *. *. *. Quoteitnt Rule B. *. *. *. *. *. *. *. *. Quotient Rule C. *. *. *. *. *. Now its your turn… place 5 pairs of matching questions and answers around the circle for someone else to join up. *. *. *. *. Quotient Rule A.

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The Quotient Rule

The Quotient Rule. Today you will discover the quotient rule. Differentiating Quotients. Differentiating Quotients using the product rule:. Differentiating Quotients:. Complete the exit slip with your partner. Remembering the Quotient Rule.

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Product and Quotient Rule

Product and Quotient Rule . By: Jenna Neil Lori Hissick And Evan Zimmerman Period 4. Product Rule . Derivative times uv = u times the derivative of v plus derivative of u. Product Rule. Example: U V Y=. Quotient Rule. Lo De Hi – Hi De Lo all over Lo squared

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2.3 The product rule, quotient rule, and higher order derivatives

2.3 The product rule, quotient rule, and higher order derivatives. "Life is too short for long division.". Objective. Derivative Rules. Constant Rule Power Rule Constant Multiple Rule Derivative of x lemma Trig Rules Sum and Difference Rule. Limit Rules. Sum and difference of limits

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Product and Quotient Rule

Product and Quotient Rule. 3.4. product rule:. Notice that this is not just the product of two derivatives. This is sometimes memorized as:. Example: Find derivative of:. Example: Find f’( π ). Lo De Hi – Hi De Lo All Over Lo squared. Quotient Rule. or. Lo De Hi – Hi De Lo All Over

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Differentiation using Product Rule and Quotient Rule

Differentiation using Product Rule and Quotient Rule. By Samuel Chukwuemeka (Mr. C). Quick Basic Facts. In Calculus, If y = f(x) read as y is a function of x y is known as the dependent variable x is known as the independent variable Similarly if y = f(s) read as y is a function of s

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Product & Quotient Rule

Product & Quotient Rule. Higher Order Derivatives. The Product Rule. Theorem. Let f and g be differentiable functions. Then the derivative of the product fg is (fg) '(x) = f(x) g '(x) + g(x) f '(x)

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The Quotient Rule

The Quotient Rule. Laura T. Kinnel , 2011. Let’s begin by converting this expression from a quotient into a product, since we already know something about the derivative of a product. Now, take the derivative of both sides. Use the product rule on the left side

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Use the Quotient Rule to Derive. Get Going!!!. Check Your Work. Answers Only for the Following Problems. Get out the Alvirne High Internet assignment.

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Derivative – Power Rule, Product Rule, Chain Rule, Quotient Rule. Unit 4. Welcome Assignment 9/17/12. Take notes on the following video: http://www.brightstorm.com/math/calculus/the-derivative/the-derivative-function/. Assignment for the Week:.

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Reaction Quotient

Reaction Quotient. Chem 12. More about equilibrium:. We’ve been looking at systems that reach equilibrium! What if a reaction has not yet reached equilibrium? How can you predict the direction in which the reaction must proceed to reach equilibrium? We use the reaction quotient!.

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The Quotient Rule

The Quotient Rule. Brought To You By Tutorial Services The Math Center. The Quotient Rule. The Quotient Rule is used when there are two or more functions being divided.

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Section 4.2 – Differentiating Exponential Functions Section 4.3 – Product Rule/Quotient Rule

Section 4.2 – Differentiating Exponential Functions Section 4.3 – Product Rule/Quotient Rule. THE MEMORIZATION LIST BEGINS. Find. DIFFERENTIATE. POSITION s(t) VELOCITY v(t) ACCELERATION a(t). INTEGRATE. No Calculator.

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Calculus 2413 Chapter 3(3) Product Rule Quotient Rule Higher Derivatives

Calculus 2413 Chapter 3(3) Product Rule Quotient Rule Higher Derivatives. Product Rule. Identify the two parts that are multiplied. Product Rule. Identify the two functions. Simplify:. Product Rule. Identify the two functions. Simplify:. Find the slope of the line tangent to the function.

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Section 6.1 Polynomial Derivatives, Product Rule, Quotient Rule

Section 6.1 Polynomial Derivatives, Product Rule, Quotient Rule. Limit Definition of the First Derivative. Symbols for the Derivative with Respect to x. Differentiation – the process of calculating derivatives. Polynomial Rule Product Rule Quotient Rule. If. THEN. Now try these….

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The Quotient Rule

The Quotient Rule. Objective. To use the quotient rule for differentiation. ES: Explicitly assessing information and drawing conclusions. The Product Rule. Take each derivative. NO!. Does. ?. The Quotient Rule. NO. Does. ?. The Quotient Rule.

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Quotient Rule Notes

Quotient Rule Notes. The following are examples of quotients:. (a). (b). (c). (d). (c) can be divided out to form a simple function as there is a single polynomial term in the denominator. For the others we use the quotient rule. SUMMARY. To differentiate a quotient:.

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Presentation Transcript

B2.2 &amp; B2.3 - Product Rule and Quotient Rules

2.3 The product rule, quotient rule, and higher order derivatives

5.2 Integer Exponents and The Quotient Rule

4.2 Integer Exponents and the Quotient Rule

Section 2.3: Product and Quotient Rule

Quotient Rule A

The Quotient Rule

Product and Quotient Rule

2.3 The product rule, quotient rule, and higher order derivatives

Product and Quotient Rule

Differentiation using Product Rule and Quotient Rule

Product &amp; Quotient Rule

The Quotient Rule

Use the Quotient Rule to Derive

Derivative – Power Rule, Product Rule, Chain Rule, Quotient Rule

Reaction Quotient

The Quotient Rule

Section 4.2 – Differentiating Exponential Functions Section 4.3 – Product Rule/Quotient Rule

Calculus 2413 Chapter 3(3) Product Rule Quotient Rule Higher Derivatives

Section 6.1 Polynomial Derivatives, Product Rule, Quotient Rule

The Quotient Rule

Quotient Rule Notes

B2.2 & B2.3 - Product Rule and Quotient Rules

Product & Quotient Rule