JIPMAT: Number SystemDivisibility Rules. Free, no login required.

$2^{122}+4^{62}+8^{42}+4^{64}+2^{130}$ is divisible by which one of the following integers?

Find the maximum value of $n$ such that

$61 \times 42 \times 26 \times 81 \times 64 \times 49 \times 47 \times 51 \times 63 \times 16 \times 67$ is perfectly divisible by $56^n$

$2^{122} + 4^{62} + 8^{42} + 4^{64} + 2^{130}$ is divisible by which one of the following integers?

If the seven digit number $94 a 29 b 6$ is divisible by 72 , then what is the value of $(2 a+3 b)$ for $a \neq b$ ?

If k² - 1 is divisible by 8, then K is:

If the eight-digit number $5a32465b$ is divisible by $88$, then $2a+ 5b =$