First, find the missing leg of ΔBCD (line BD). Using the Pythagorean Theorem, subtract (5^2)-(3^2) [25-9], and you get 16. Find the square root of 16, and you get <em>4</em> for line BD. Now, you can find AB. Add (7^2)+(4^2) [49+16], and you get 65. Now, since 65 isn't a perfect root, just use √(65)
Answer: Line AB equals √(65).
Answer:
wx = 116 /11
= 10.54
Step-by-step explanation:
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Answer:
The answer for your problem is 240
Step-by-step explanation:
A=wl=12·20=240
for this problem all you had to do was multiply
12*20 to get your answer
Three and two eight one thousandths
Answer:

Step-by-step explanation:
F(x) is a transformation from h(x).
So our starting equation is

F(x) is also facing the same direction h(x) is so we dont have to reflect nothing across the x or y axis.
There isn't a vertical or horizontal stretch, compressions.
There isn't a horizontal shift as the x values stay in the same place.
There is a vertical shift. We can simply move h(x) up 6 units to get to f(x).
So our equation looks like.
