Match the following. Column - I Column - II P. The smallest number that should be subtracted from 130 to make it perfect cube is (i) 4 Q. The smallest number that should be subtracted from 9268 to make it perfect cube is (ii) 3 R. The smallest number that should be added to 2194 to make it perfect cube is (iii) 5 S. The smallest number that should be added to 6855 to make it perfect cube is (iv) 7

Question

TuteeHUB · Accepted Answer

NA

TuteeHUB · Answer

P$$\to $$(iii); Q$$\to $$(i); R$$\to $$(iv); S$$\to $$(ii)

TuteeHUB · Answer

P$$\to $$(ii); Q$$\to $$(iv); R$$\to $$(i); S$$\to $$(iii)

TuteeHUB · Answer

P$$\to $$(iii); Q$$\to $$(i); R$$\to $$(ii); S$$\to $$(iv)

TuteeHUB · Answer

P$$\to $$(iii); Q$$\to $$(iv); R$$\to $$(ii); S$$\to $$(i)

1.	Match the following. Column - I Column - II P. The smallest number that should be subtracted from 130 to make it perfect cube is (i) 4 Q. The smallest number that should be subtracted from 9268 to make it perfect cube is (ii) 3 R. The smallest number that should be added to 2194 to make it perfect cube is (iii) 5 S. The smallest number that should be added to 6855 to make it perfect cube is (iv) 7
A.	P\[\to \](iii); Q\[\to \](i); R\[\to \](iv); S\[\to \](ii)
B.	P\[\to \](ii); Q\[\to \](iv); R\[\to \](i); S\[\to \](iii)
C.	P\[\to \](iii); Q\[\to \](i); R\[\to \](ii); S\[\to \](iv)
D.	P\[\to \](iii); Q\[\to \](iv); R\[\to \](ii); S\[\to \](i)
Answer» E.

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