Tag: vedic methods of multiplication

Questions Related to vedic methods of multiplication

Multiply $98, 99, 99 $ by Nikhilam formula of vedic maths.

multiplication and division vedic methods of multiplication vedic mathematics history of mathematics maths

  1. $966498$

  2. $964498$

  3. $969498$

  4. None of these

Show answer
Correct Option: D

Identify the representation of two rightmost digits in the multiplication $98, 97, 99 $ by Nikhilam formula of vedic maths.

multiplication and division vedic methods of multiplication vedic mathematics history of mathematics maths

  1. $100-6$

  2. $100-(2)(3)(1)$

  3. $06$

  4. None of these

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Correct Option: A,B
Explanation:

The two rightmost digits in the multiplication 98,97, 99 = 100 - (2 + 3 + 1) = 100 - (2)(3)(1)

Multiply $51, 52, 53$ by Nikhilam formula of vedic maths.

multiplication and division vedic methods of multiplication vedic mathematics history of mathematics maths

  1. $140556$

  2. $140456$

  3. $1445566$

  4. None of these

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Correct Option: A

Identify the two rightmost digits in the multiplication $98, 97, 99 $ by Nikhilam formula of vedic maths.

multiplication and division vedic methods of multiplication vedic mathematics history of mathematics maths

  1. $106$

  2. $94$

  3. $98$

  4. None of these

Show answer
Correct Option: B
Explanation:

The two rightmost digits in the multiplication 98,97, 99 = 100 - (2 + 3 + 1) = 100 - 6 = 94

Multiply $99$ by $99$ using vedic mathematics.

multiplication and division vedic methods of multiplication vedic mathematics history of mathematics maths

  1. $9001$

  2. $9881$

  3. $9801$

  4. None of these

Show answer
Correct Option: C
Explanation:

99  × 99 = 99 (100 - 1)
= 9900 - 99
= 9801

Find the correct representation of deviations from the base in the multiplication of $101, 102, 103 $ by Nikhilam formula of vedic maths.

multiplication and division vedic methods of multiplication vedic mathematics history of mathematics maths

  1. $1, 2, 3$

  2. $01, 02, 03$

  3. $10, 20, 30$

  4. None of these

Show answer
Correct Option: B
Explanation:

The correct representation of deviations from the base in the multiplication of 101,102,103 by Nikhilam formula of vedic maths is 01, 02 and 03.

Perform $12\div 9$ using Nikhilam Sutra Method on base $10$. Also, find the quotient$(Q)$ and remainder$(R)$.

multiplication and division vedic methods of multiplication vedic mathematics history of mathematics maths

  1. $Q=1$ and $R=3$

  2. $Q=1$ and $R=2$

  3. $Q=1$ and $R=0$

  4. $Q=1$ and $R=1$

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Correct Option: A

Find the cube of $96$ by Nikhilam formula of Vedic Mathematics.

multiplication and division vedic methods of multiplication vedic mathematics history of mathematics maths

  1. $877736$

  2. $884736$

  3. $844736$

  4. None of these

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Correct Option: B

$21,35,680$ voters are to be equally distributed among $235$ polling booths. How many voters will be there in each polling booth?

multiplication and division vedic methods of multiplication vedic mathematics history of mathematics maths

  1. $9080$

  2. $9800$

  3. $9088$

  4. $8800$

Show answer
Correct Option: C
Explanation:

Total number of voters $= 21,35,680$
Number of polling booth $= 235$
So, number of voters at each polling booth $= 21,35,680 \div 235 = 9088$.

Dividing using 'Dhwajanka' Sutra.
(i) $3987\div 28$
(ii) $5786 \div 78$
(iii) $7396 \div 82$

multiplication and division vedic methods of multiplication vedic mathematics history of mathematics maths

  1. $i) Q=140, R=14, ii)Q=74, R=14, iii)Q=90, R=16$

  2. $i) Q=142, R=11, ii)Q=74, R=14, iii)Q=90, R=16$

  3. $i) Q=142, R=11, ii)Q=74, R=0, iii)Q=90, R=16$

  4. $i) Q=142, R=11, ii)Q=74, R=14, iii)Q=90, R=12$

Show answer
Correct Option: B