It is simply: 6k
6*3= 18k+18= 48-18 -18k= 30
Slope = (change in y)/change in x so (3 - k)/(-6 - 0) = (3 - k)/-6 = 1 3 - k = -6 3 = k - 6 3 + 6 = k k = 9 so the points are (0,9) and (-6,3) The actual formula of the line could be written as y = x + 9
The product is the answer in a multiplication sentence. 2 x 3 = 6. 6 is the product.
K = 6
To change the phrase "14 less than the quantity k times 6" to an algebraic expression, you would first write "k times 6" as 6k. Then, you would subtract 14 from that expression to get the final algebraic expression, which is 6k - 14. This expression represents the result of taking 14 away from the product of k and 6.
K is between -6 and 0
m+6n
6*3= 18k+18= 48-18 -18k= 30
If lines k and n are perpendicular, the slope of line n is the negative reciprocal of the slope of line k. Given that the slope of line k is -6, the slope of line n would be ( \frac{1}{6} ). This is because the product of the slopes of two perpendicular lines equals -1.
The question - with the second alternative - is tautological (m = n).
A fraction of the form (6*k)/k for any k.
17k
limx→∞(k)=k, the limit of a constant k is equal to the constant k. Therefore, the limx→∞(6)=6.
( 6k - 14 )
(k*m)3 = k3*m3
If A is a prime, then the answer is A^k where k is any positive integer.
There is no such thing as a k-6 because k-9 actually means canine.