I think just GCF. That is the only one I think
Answer:
I can't include a picture but it will be the same shape except it will be flipped over and will look a bit like differently angled packman with the back of the mouth apart the same distance, with the mouth "pointier" part of it one line away from the red line from the other side.... Oof sorry if this didn't help, I tried my best...
Step-by-step explanation:
From the "point" of the blue triangle, go diagonally SE 2 spaces. From there, draw a straight line to the right for 3 spaces. From there, draw upwards two spaces, and then connect those two lines into a triangle.
Answer:
We want to write and solve an inequality to determine the number of people who can go to the amusement park.
The solution is p ≤ 11
The friends have a maximum of $225 to spend.
The parking is independent of p, the number of friends, and it costs $5, discounting that we get: $225 - $5 = $220
Each ticket costs $20, so the cost for p people is:
p*$20
And this must be equal to or smaller than $220, then we get the inequality:
p*$20 ≤ $220
To solve it for p, we need to divide both sides by $20, we will get:
p*$20/$20 ≤ $220/$20
p ≤ 11
This inequality gives the number of people that can go to the amusement park.
Step-by-step explanation:
Hope this helps you!!!!!!!!!!! :D
Because we are finding the lowest point of the rope we have to minimize the equation h=0.01x2-x+27<span>. We first have to find the derivative of the equation which would be h’=0.02x-1 then find the value of x when h’=0, which is x=50. Using this value to substitute for x in the original equation, we find that the lowest point of the rope is only 2 inches above ground.</span>
Answer:
<u>12</u>
Step-by-step explanation:
Well, I am pretty sure you are looking for the length.
Since area = length x width, I would say that you could divide as well.
120 = 10 x <u>12</u>
I am pretty sure the length is <u>12.</u>
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:)