Which of the following is equivalent to (5)7/3
2 answers:
The given expression be then the value exists ³√5⁷.
The base number exists raised to a power of the exponent numerator and estimated to the root of the exponent denominator.
Given:
The given expression contains an exponent of (7/3)
When we exist transforming from exponential form to radical form you always place the numerator as our constant's exponent in the radical ( exists named the radicand because it exists found in the radical) and the denominator in front of the radical, where it would be named the index.
The formula would be:
Therefore, the correct answer is ³√5⁷.
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Answer:
n + 11 and 11 + n
Step-by-step explanation:
Let n be the unknown number,
n is increased by 11,
That is, n + 11
By the commutative property of addition,
The expression would be,
11 + n
For drawing a model that shows n + 11
Take two boxes in which first shows n and second shows 11 and add them,
Similarly, for showing 11 + n, take first box that shows 11 and second box that shows n then add them.
