Simplify the Expression: (3×14)^(a+1) ÷ (3×14)^2

Insert the corresponding expression:

(3×14)a+1(3×14)2= \frac{\left(3\times14\right)^{a+1}}{\left(3\times14\right)^2}=

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Step-by-step video solution

Watch the teacher solve the problem with clear explanations
00:00 Simply
00:02 We'll use the formula for dividing powers
00:04 Any number (A) to the power of (N) divided by the same base (A) to the power of (M)
00:07 equals the number (A) to the power of the difference of exponents (M-N)
00:10 We'll use this formula in our exercise
00:14 And this is the solution to the question

Step-by-step written solution

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1

Understand the problem

Insert the corresponding expression:

(3×14)a+1(3×14)2= \frac{\left(3\times14\right)^{a+1}}{\left(3\times14\right)^2}=

2

Step-by-step solution

We're given the expression:

(3×14)a+1(3×14)2 \frac{\left(3\times14\right)^{a+1}}{\left(3\times14\right)^2}

The problem requires us to simplify this expression using the power of a quotient rule for exponents. This rule states that:

  • xmxn=xmn \frac{x^m}{x^n} = x^{m-n}

In our case, we identify:

  • x=3×14 x = 3\times14
  • m=a+1 m = a+1
  • n=2 n = 2

Applying the power of a quotient rule, we get:

(3×14)a+1(3×14)2=(3×14)a+12 \frac{\left(3\times14\right)^{a+1}}{\left(3\times14\right)^2} = \left(3\times14\right)^{a+1-2}

Therefore, the solution to the question is:

(3×14)a1 \left(3\times14\right)^{a-1}

3

Final Answer

(3×14)a+12 \left(3\times14\right)^{a+1-2}

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\( 112^0=\text{?} \)

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