There isn't enough information to solve this problem we need to know how long the fence is
<span>x in (-oo:+oo)
((5-9*x)^1)/2 = ((4*x+3)^1)/2 // - ((4*x+3)^1)/2
((5-9*x)^1)/2-(((4*x+3)^1)/2) = 0
(5-9*x)/2-((4*x+3)/2) = 0
(5-9*x)/2+(-1*(4*x+3))/2 = 0
5-1*(4*x+3)-9*x = 0
2-13*x = 0
(2-13*x)/2 = 0
(2-13*x)/2 = 0 // * 2
2-13*x = 0
2-13*x = 0 // - 2
-13*x = -2 // : -13
x = -2/(-13)
x = 2/13
x = 2/13</span>
Answer:
The constant of proportionality in this case would be 4
Step-by-step explanation:
To find the constant of proportionality, you need to solve for y. Then use the coefficient of x as k, which is the constant of proportionality.
6y = 24x
y = 4x
Answer:
1/2
Step-by-step explanation:
There is a 50/50 chance for the coin to land either heads or tails. Convert that to probability and it is 1/2.
The only time a coin would <em>not</em> be 50/50 chance is if the coin is weighted.
Answer:
an = 6 (1/4)^(n-1)
Step-by-step explanation:
We're given the first term, a₁ = 6.
The common ratio is a term aₓ divided by the previous term aₓ₋₁.
aₓ = 1/4 aₓ₋₁
aₓ / aₓ₋₁ = 1/4
r = 1/4
Therefore:
an = 6 (1/4)^(n-1)
Your answer is correct, good job!
