Tag: vedic mathematics

Quizzes (3) Questions (151)

Questions Related to vedic mathematics

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

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

  1. $1, 2, 3$
  2. $01, 02, 03$
  3. $10, 20, 30$

  4. None of these
Reveal answer Fill a bubble to check yourself
B Correct answer
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.

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

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

  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. $i) Q=142, R=11, ii)Q=74, R=14, iii)Q=90, R=12$
Reveal answer Fill a bubble to check yourself
B Correct answer
Explanation

Dhwajanka method calculations: 3987/28 gives Q=142, R=11; 5786/78 gives Q=74, R=14; 7396/82 gives Q=90, R=16.

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

If $31z5$ is a multiple of $9$, where $z$ is a digit, what is the value of $z$?

  1. 0

  2. 4

  3. 7

  4. 9
Reveal answer Fill a bubble to check yourself
A,D Correct answer
Explanation

Given that $31z5$ is a multiple of $9$. 

According to the divisibility rule of $9$, the sum of all the digits should be a multiple of $9$. 
Therefore, 
$3 + 1 + z + 5 = 9\ OR\ 18$
$\Rightarrow z = 9 - 9 = 0$
$\Rightarrow z = 18 - 9 = 9$