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The equation 2cbc=10c2^c \cdot b^c = 10^c is true for all values of cc. What is the value of bb?

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Q. The equation 2cbc=10c2^c \cdot b^c = 10^c is true for all values of cc. What is the value of bb?
  1. Recognize Property of Exponents: Recognize that the equation 2c×bc=10c2^c \times b^c = 10^c can be simplified by using the property of exponents that states (a×b)c=ac×bc(a\times b)^c = a^c \times b^c.
  2. Rewrite Equation with 2*5)^c:\ Since \$10^c can be written as 25)cwecanrewritetheequationas$2cbc=(25)c2*5)^c\, we can rewrite the equation as \$2^c * b^c = (2*5)^c.
  3. Apply Property of Exponents in Reverse: Apply the property of exponents from Step 11 in reverse to get 2c×bc=2c×5c2^c \times b^c = 2^c \times 5^c.
  4. Equate Bases with Same Exponent: Since the equation must hold for all values of cc, we can equate the bases with the same exponent cc. This gives us bc=5cb^c = 5^c.
  5. Determine Value of \newlinebb: If bc=5cb^c = 5^c, then bb must be equal to 55 because if the bases are the same and the exponents are the same, then the numbers themselves must be equal.

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