The function below shows the relationship between the length of each side of a cube (y) and the volume of the cube (x+2). graph of y equals square root of the whole of x plus 2 Which graph best shows the function? graph of y equals square root of the whole of x minus 2 graph of y equals cube root of the whole of x minus 2 graph of y equals square root of the whole of x plus 2 graph of y equals cube root of the whole of x plus 2

Question

Socks

Mathematics

26 November, 05:32

The function below shows the relationship between the length of each side of a cube (y) and the volume of the cube (x+2). graph of y equals square root of the whole of x plus 2 Which graph best shows the function? graph of y equals square root of the whole of x minus 2 graph of y equals cube root of the whole of x minus 2 graph of y equals square root of the whole of x plus 2 graph of y equals cube root of the whole of x plus 2

+5

Answers (2)

Know the Answer?

Alexia Carpenter · Answer 1

For this case, the first thing you should do is know that by definition, the volume of a cube is given by:

V = L ^ 3

Where,

L: side of the cube.

We then have to replace the given values, the expression is:

(x + 2) = y ^ 3

Clearing the value of and we have:

y = (x + 2) ^ (1/3)

Answer:

graph of and equals cube root of the whole of x plus 2

Javon · Answer 2

Answer: Last option: G raph of y equals cube root of the whole of x plus 2