Find the relationship between the two triangles. It’s 3.5 so you can use the Pythagorean theorem (sorry I forgot how to spell it)
A^2 + B^2= C^2
15^2 +8^2= C^2
225+64= C^2
289=C^2
C= 17
Then since they are similar triangles, multiply 17 by 3.5 and you get 59.5
That’s the answer!!
1. Given that we have 4 green marbles, 4 pink marbles and 5 orange marbles, let us first find the probability that we select a pink marble.
We can find this by taking the number of pink marbles and dividing it by the total number of marbles:
Pr(P) = 4/(4 + 4 + 5)
= 4/13
2. Now that we have chosen one pink marble, we must find the probability that we choose an orange marble from the remaining marbles (4 green, 3 pink, 5 orange):
Pr(O) = 5/(4 + 3 + 5)
= 5/12
3. If we want to find the probability of picking a pink marble and then an orange marble, we must multiply the probabilities we have found in the first two steps:
Pr(P)*Pr(O) = (4/13)*(5/12)
= 20/156
= 5/39
Therefor, there is a probability of 5/39 that you pick a pink and then an orange marble.
The answer is 120 square units. The area of the shaded units combined is 120 and the area of the entire shape is 240. So when you minus 120 from 240, then you get 120 left as your answer.
Answer:
55
Step-by-step explanation:
IHG = 123
IHS = x + 65
SHG = x + 78
IHG = IHS + SHG
123 = x + 65 + x + 78
123 = 2x + 143
123 - 143 = 2x
-20 = 2x
-10 = x
IHS = x + 65
IHS = - 10 + 65
IHS = 55
Answer:
sorry happy Halloween btw :D