If $Z = 2197$ and $R = 729$ . How would J be written in that code?

216

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124

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512

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125

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Solution

The correct option is D $125$
Z code $\Rightarrow 26 \Rightarrow \frac{26}{2} \Rightarrow (13)^{3} \Rightarrow 2197$
R code $\Rightarrow 18 \Rightarrow \frac{18}{2} \Rightarrow (9)^{3} \Rightarrow 729$
Similarly J code $\Rightarrow 10 \Rightarrow \frac{10}{2} \Rightarrow (5)^{3} \Rightarrow 125$

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Similar questions

Find the cube-roots of:

(i) $\frac{27}{64}$ (ii) $\frac{125}{216}$ (iiii) $\frac{343}{512}$

(iv) $64 \times 729$ (v) $64 \times 27$ (vi) $729 \times 8000$

(vii) $3375 \times 512$

Find the cube-roots of:

(i) -216 (ii) -512 (iiii) -1331

(iv) $- \frac{27}{125}$ (v) $\frac{- 64}{343}$ (vi) $- \frac{512}{343}$

(vii) -2197 (viii) -5832 (ix) -2744000

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