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Which expressions are equivalent to 
6*6*6*6*6 ?
Choose 2 answers:
A 
(6^(2))^(3)
B 
2^(5)*3^(5)
c) 
(6^(6))/(6^(1))
D 
3^(2)*2^(3)

Which expressions are equivalent to \newline6×6×6×6×66 \times 6 \times 6 \times 6 \times 6?\newlineChoose 22 answers:\newlineA) (62)3(6^{2})^{3}\newlineB) 25×352^{5} \times 3^{5}\newlineC) 6661\frac{6^{6}}{6^{1}}\newlineD) 32×233^{2} \times 2^{3}

Full solution

Q. Which expressions are equivalent to \newline6×6×6×6×66 \times 6 \times 6 \times 6 \times 6?\newlineChoose 22 answers:\newlineA) (62)3(6^{2})^{3}\newlineB) 25×352^{5} \times 3^{5}\newlineC) 6661\frac{6^{6}}{6^{1}}\newlineD) 32×233^{2} \times 2^{3}
  1. Understand original expression: Understand the original expression.\newlineThe original expression is 666666*6*6*6*6, which is 66 raised to the power of 55, or 656^5.
  2. Evaluate option A: Evaluate option A.\newlineOption A is (62)3(6^2)^3. According to the rule of exponents, (am)n=amn(a^m)^n = a^{m*n}. So, (62)3=623=66(6^2)^3 = 6^{2*3} = 6^6, which is not equal to 656^5.
  3. Evaluate option B: Evaluate option B.\newlineOption B is 25×352^5 \times 3^5. Since 66 is the product of 22 and 33, we can express 656^5 as (2×3)5(2\times3)^5. Using the distributive property of exponents over multiplication, (2×3)5=25×35(2\times3)^5 = 2^5 \times 3^5. Therefore, option B is equivalent to 656^5.
  4. Evaluate option C: Evaluate option C.\newlineOption C is (66)/(61)(6^6)/(6^1). According to the rule of exponents for division, am/an=a(mn)a^m / a^n = a^{(m-n)}. So, (66)/(61)=6(61)=65(6^6)/(6^1) = 6^{(6-1)} = 6^5, which is equal to the original expression.
  5. Evaluate option D: Evaluate option D.\newlineOption D is 32×233^2 \times 2^3. This is not equivalent to 656^5 because 32×23=9×8=723^2 \times 2^3 = 9 \times 8 = 72, which is not in the form of a single base raised to a single exponent and does not equal 66 raised to any power.

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