Question

State $`T ´$ for true and $`F ´$ for false and select the correct option.
$(i)$ Every natural number is a rational number.
$(ii)$ Every rational number is a fraction.
$(iii)$ Zero is not a rational number.

$(iv)$ The reciprocal of $0 is \frac{1}{0}$

Accepted Answer

Answer

Answer

Answer

	Column-I	Column-II
(P)	If $2700 \times x^{6} = 27 \times 10^{8}$ , then $x =$	(i) $6$
(Q)	If $p q r = 0,$ then $\frac{{({(x^{p})}^{r})}^{2 q}}{x^{p q r}} =$	(ii) $900$
(R)	$\frac{2 \times 2^{n + 3}}{2^{n + 4} - 2^{3} \times 2^{n}} + 2^{2}$ is equal to	(iii) $10$
(S)	$\frac{{(3^{- 2})}^{5} \times {(5^{- 3})}^{4} \times {(7^{- 4})}^{5}}{{(2^{- 1})}^{2} \times {(7^{2})}^{- 10} \times {(3^{4})}^{- 3} \times {(5^{7})}^{- 2}}$ equals	(iv) $1$

Mahabir Singh Solutions for Chapter: SOF International Mathematics Olympiad, Exercise 4: Exercise

Mahabir Singh Mathematics Solutions for Exercise - Mahabir Singh Solutions for Chapter: SOF International Mathematics Olympiad, Exercise 4: Exercise

Questions from Mahabir Singh Solutions for Chapter: SOF International Mathematics Olympiad, Exercise 4: Exercise with Hints & Solutions

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