Answer:
Sure this is a question from probability
Possible 2^n can be use
2^35 =3.432597387 × 10^10
Step-by-step explanation:
I'm not sure
2 x = y + 3 , 4 x − 3 = 2 y
Rewrite the equation as y + 3 = 2 x . y + 3 = 2 x 4 x − 3 = 2 y Subtract 3 from both sides of the equation.
y = 2 x − 3 4 x − 3 = 2 y Rewrite the equation as 2 y = 4 x − 3 . y = 2 x − 3 2 y = 4 x − 3 Divide each term by 2 and simplify.
y = 2 x − 3 y = 2 x − 3 2 Create a graph to locate the intersection of the equations.
The intersection of the system of equations is the solution. No solution
Answer:
24
Step-by-step explanation:
To find these answers, list out the multiples for each denominator ( 6 and 8)
6, 12, 18, 24
8, 16, 24
So since both numbers now have the same number at the end, the answer is 24.
6 can go into 62 10 times because 62/6 = 10 2/6, but you can have 2/6 of a 6, so you say you can put 6 in 10 times.
Answer:
74 and 76
Step-by-step explanation:
I'm pretty sure