Question

36. Find the value of all of the above please And don't prank I will Give you fifty points ​

Answer 1

60

48

37

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Answer 2

The answers are 60,3 and 9 respectively.

Given, and To Find,

We have three questions which are

a)

$\sqrt[3]{( - 216) \times ( - 1000)}$

The correct question in the second part is,

$b) \sqrt[3]{ \frac{27}{8 } \times { (\frac{4}{3}) }^{2} } + \sqrt{ \frac{9}{4} - \frac{5}{4} }$

$\sqrt[3]{ {1}^{3} + {6}^{3} + {8}^{3} }$

Solution,

these are simple questions of cubic equations. When we solve the questions one by one, we get the answer.

a)

$\sqrt[3]{ {6}^{3} \times {10}^{3} }$

$\sqrt[3]{216000}$

So, the answer to this part is 60.

b)

$\sqrt[3]{8} + \sqrt{1}$

2+1

=3.

So, the answer to this part is 3.

c)

$\sqrt[3]{1 + 216 + 512}$

$\sqrt[3]{729}$

=9.

So, the answer to this part is 9.

Hence, the answers to the parts are 60,3 and 9 respectively.

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