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...28 + c c = 6k - 10 12k = 28 + 6k - 10 6k = 18 k = 3 c = 6(3) - 10 c = 8 k + c = 3 + 8 = 11

n * C (n-1, k -1) = n * [(n-1)! / (( k -1)! (n- k )!)] = n! / (( k -1)! (n- k )!) = k * [n! / ( k ! (n- k )!)] = k * C (n, k ). I hope this helps!

ƒ( k ) = √[ k + ( k − c )^2], assuming c is a constant, and k is the only variable. ƒ...v, by chain rule, we get: ƒ'( k ) = u' ⋅ v ⋅ u^(v - 1) ƒ'( k ) = [1 + 2( k − c )] ⋅ 1/2 ⋅ [ k + ( k − c )^2]^(-1/2) ƒ'( k ) = (1 + 2k − 2c) / (2√[ k + ( k − c ...

A = 4k = 0i + 0j + 4k B = 8i + k = 8i + 0j + k C = 3i - 4j = 3i - 4j + 0k Now, (A • B) = (0*8 + 0*0 + 4*1) = 4...

...respectively. Reference (2) gives formulas for h=-b/2a and k = c - [(b^2)[(4a)]. Using these we answer the questions that h = -(-12)/[2...

..., but that'd just be ridiculous). However, the answer is: ° C = ° K - 273.16 ° C = 300 - 273,16 = 26.84° C , or, rounded off, to 27...

it's not K instead of C , it's just K . names are ...original greek name Νικολαος - there's no C either, but every nation adapt names to their ...

...http://en.wikipedia.org/wiki/Radians Wavelength (λ) = speed of light ( c ) divided by the frequency (f), where c = 299,792,458 meters per ...