3x⋅2x⋅32x=
\( 3^x\cdot2^x\cdot3^{2x}= \)
\( 2^{2x+1}\cdot2^5\cdot2^{3x}= \)
\( 4^{2y}\cdot4^{-5}\cdot4^{-y}\cdot4^6= \)
\( 7^{2x+1}\cdot7^{-1}\cdot7^x= \)
Reduce the following equation:
\( 10^{a+b}\times10^{a+1}\times10^{b+1}= \)
In this case we have 2 different bases, so we will add what can be added, that is, the exponents of
Since the bases are the same, the exponents can be added:
We use the power property to multiply terms with identical bases:
We apply the property for this problem:
We simplify the expression we got in the last step:
When we add similar terms in the exponent.
Therefore, the correct answer is option c.
We use the power property to multiply terms with identical bases:
We apply the property to our expression:
We simplify the expression we got in the last step:
When we add similar terms in the exponent.
Therefore, the correct answer is option d.
Reduce the following equation:
Reduce the following equation:
\( 2^a\times2^2= \)
Reduce the following equation:
\( 4^x\times4^2\times4^a= \)
Reduce the following equation:
\( \)\( 5^{2x}\times5^x= \)
Reduce the following equation:
\( \)\( 5^a\times5^{2a}\times5^{3a}= \)
Reduce the following equation:
\( \)\( 8^a\times8^2\times8^x= \)
Reduce the following equation:
Reduce the following equation:
Reduce the following equation:
Reduce the following equation:
Reduce the following equation:
\( 4^x\times4^x= \)
\( \)\( 3^4\times3^x= \)
\( \)\( 5^2\times5^a\times5^3= \)
\( \)\( 7^{x+1}\times7^x= \)
Expand the following equation:
\( 2^{2a+a}= \)
Expand the following equation:
Expand the following equation:
\( 3^{2a+x+a}= \)
Expand the following equation:
\( 4^{a+b+c}= \)
Expand the following equation:
\( 7^{2x+7}= \)
Expand the following equation:
\( g^{10a+5x}= \)
Reduce the following equation:
\( a^{-3x}\times a^b\times a^b= \)
Expand the following equation:
Expand the following equation:
Expand the following equation:
Expand the following equation:
Reduce the following equation: