(10, 16)

A = 10

B = 16

Sum 26
Difference 6
A × B 160
A ÷ B 0.625
B ÷ A 1.6
GCD 2
LCM 80
Average 13

Combination

8008

\[ {}_{ 16 } C_{ 10 } = 8008 \]

Sum of squares

356

\[ 10^2 + 16^2 = 356 \]

Norm

$\sqrt{ 10^2 + 16^2 } = 18.867962264113206$

Geometric mean

12.649110640673518

(10, 16) is amicable?

No

Stirling number of the first kind

0

\[ S(10,\ 16) = 0 \]

Stirling number of the second kind

0

\[ S(10,\ 16) = 0 \]

Properties of 10 and 16

Properties of 10 and 16: The GCD and LCM of 10 and 16 are 2 and 80 respectively. 10 + 16 = 26, |10 - 16| = 6, 10 * 16 = 160, 10 / 16 = 0.625, 16 / 10 = 1.6. The average of 10 and 16 is 13 and the norm of them is 18.867962264113206. The geometric mean of two numbers is 12.649110640673518.