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Converting \(27^p*3^2 = 3^4*9^8\) to prime factors form, \(3^{3*p} * 3^2 = 3^4 * 3^{2*8}\)
Just equate the powers and solve for p = 6

Answer is B 6
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Bunuel
If \(27^p*3^2 = 3^4*9^8\), what is the value of p?

A. 3
B. 6
C. 8
D. 15
E. 16


\(27^p*3^2 = 3^4*9^8\)
or,\(27^p=3^2*9^8\)
or,\(27^p=3^2*3^{16}\)
or,\(27^p=3^{18}\)
or,\(27^p=27^6\)

So,p=6.

Correct Answer B
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If 27^p∗3^2=3^4* 9^8, what is the value of p?

=(3^3)^p *3^2 =3^4*(3^2)^8
=3^3p*3^2 = 3^4*3^16
= 3^(3p+2)=3^(4+16)
= 3p+2=4+16
3p=4+16-2
p=18/3
p=6

Answers is B
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The trick is to make the terms on both sides with a common base and equate the powers. 3^(3p+2)=3^20
p=6

Answer is B
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Bunuel
If \(27^p*3^2 = 3^4*9^8\), what is the value of p?

A. 3
B. 6
C. 8
D. 15
E. 16

Simplifying, we have:

3^(3p) * 3^2 = 3^4 * 3^16

3^(3p + 2) = 3^20

The bases are equal, so we can equate the exponents and solve for p.

3p + 2 = 20

3p = 18

p = 6

Answer: B
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