-10
3 -4q = 10q + 10 3 - 10 = 10q + 4q -7 = 14q q = -1/2
30q3 + 14q2 - 4q = 0 can be factored as q(30q2 + 14q - 4) = 0 The bracketed term can be factored (30q2 + 14q - 4) = (10q - 2)(3q + 2) The equation can now be written : q(10q - 2)(3q + 2) = 0 The equation = 0 when either q = 0 or one of the bracketed terms = 0 When 10q - 2 = 0 then q = 2/10 = 1/5 : and when 3q + 2 = 0 then q = -2/3.
To find the smallest possible value of 20P + 10Q + R when P, Q, and R are different positive integers, we should start by assigning the smallest possible values to P, Q, and R. Since they are different positive integers, we can assign P = 1, Q = 2, and R = 3. Substituting these values into the expression, we get 20(1) + 10(2) + 3 = 20 + 20 + 3 = 43. Therefore, the smallest possible value of 20P + 10Q + R is 43.
70-q-q-2q = 70-4q = 80-4q = 10q=-10/4 = -5/2 = -2.5
(10q - 7m)(10q - 7m) or (10q - 7m)2
-10
3 -4q = 10q + 10 3 - 10 = 10q + 4q -7 = 14q q = -1/2
If you mean: 10q-155(2q+4) then it is -300q-620
Oh, isn't that just lovely? When you have 5q plus 5q, you can combine them to make 10q. It's like adding 5 happy little clouds to another 5 happy little clouds to create a beautiful sky full of 10 happy little clouds. Just remember, there are no mistakes in math, only happy little accidents.
10q (you're welcome)
5q(2 - 5q)
What are the liquidity leverage for mckesson suing 10q?
2(2p + 5q)
It is: 10q-2060 when simplified.
5*(2q + 5r)
1e6 is an abbreviation for 1.0*106 In general peq = p*10q