Advertisements
Advertisements
Question
Making use of the cube root table, find the cube root
7342 .
Advertisements
Solution
We have: \[7300 < 7342 < 7400 \Rightarrow \sqrt[3]{7000} < \sqrt[3]{7342} < \sqrt[3]{7400}\]
From the cube root table, we have:
\[\sqrt[3]{7300} = 19 . 39 \text{ and } \sqrt[3]{7400} = 19 . 48\]
For the difference (7400 - 7300), i.e., 100, the difference in values
APPEARS IN
RELATED QUESTIONS
Find the cube root of the following number by the prime factorisation method.
110592
Find the cube root of the following number by the prime factorisation method.
91125
\[\sqrt[3]{8 \times . . .} = 8\]
\[\sqrt[3]{\frac{512}{. . .}} = \frac{8}{13}\]
Making use of the cube root table, find the cube root
5112 .
Making use of the cube root table, find the cube root
732 .
Making use of the cube root table, find the cube root
34.2 .
Find the smallest number by which 26244 may be divided so that the quotient is a perfect cube.
Find the cube root of -1331.
Using prime factorisation, find which of the following are perfect cubes.
343
