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Simplifying Rational Exponents - division rule

Example:

The bases are the variables "m" the top has a power of 1and the bottom has a power of 4/3.
The new power is 1 - 4/3 = 3/3 - 4/3 = -1/3 on the topor a +1/3 on the bottom.
When like bases are divided the powers of those likebases are subtracted (top-botom) to get the new power.
When entering fractional exponents use the "slash" keyfor the fraction bar ... / ... and enter the entire fractionin one answer box as shown above.
The Division Rule for Exponents
Answer:
x 1/3
1
When like bases are divided the powers of those likebases are subtracted (top-botom) to get the new power.
When entering fractional exponents use the "slash" keyfor the fraction bar ... / ... and enter the entire fractionin one answer box as shown above.
The Division Rule for Exponents
Answer:
When like bases are divided the powers of those likebases are subtracted (top-botom) to get the new power.
When entering fractional exponents use the "slash" keyfor the fraction bar ... / ... and enter the entire fractionin one answer box as shown above.
The Division Rule for Exponents
Answer:
When like bases are divided the powers of those likebases are subtracted (top-botom) to get the new power.
When entering fractional exponents use the "slash" keyfor the fraction bar ... / ... and enter the entire fractionin one answer box as shown above.
The Division Rule for Exponents
Answer:
When like bases are divided the powers of those likebases are subtracted (top-botom) to get the new power.
When entering fractional exponents use the "slash" keyfor the fraction bar ... / ... and enter the entire fractionin one answer box as shown above.
The Division Rule for Exponents
Answer:
When like bases are divided the powers of those likebases are subtracted (top-botom) to get the new power.
When entering fractional exponents use the "slash" keyfor the fraction bar ... / ... and enter the entire fractionin one answer box as shown above.
The Division Rule for Exponents
Answer:
When like bases are divided the powers of those likebases are subtracted (top-botom) to get the new power.
When entering fractional exponents use the "slash" keyfor the fraction bar ... / ... and enter the entire fractionin one answer box as shown above.
The Division Rule for Exponents
Answer:
When like bases are divided the powers of those likebases are subtracted (top-botom) to get the new power.
When entering fractional exponents use the "slash" keyfor the fraction bar ... / ... and enter the entire fractionin one answer box as shown above.
Lets try this with numbers.
The Division Rule for Exponents
8
8
5/3
1/3
Answer:
When like bases are divided the powers of those likebases are subtracted (top-botom) to get the new power.
When entering fractional exponents use the "slash" keyfor the fraction bar ... / ... and enter the entire fractionin one answer box as shown above.
Lets try this with numbers.
The Division Rule for Exponents
2
2
1/3
4/3
Answer:
When like bases are divided the powers of those likebases are subtracted (top-botom) to get the new power.
When entering fractional exponents use the "slash" keyfor the fraction bar ... / ... and enter the entire fractionin one answer box as shown above.
Lets try this with numbers.
The Division Rule for Exponents
3
3
5/4
7/4
Answer:
Učenci, ki so rešili ta test so rešili tudi :
Simplifying rational exponents - multiplication rule
Simplifying rational exponents - power-to-power rule
Monomials
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