In this case, A is 
and B is 
, so:
Hope that helps!
\left[y \right] = \left[ 3+\frac{\left( -2\right) \,x}{3}\right][y]=[3+3(−2)x]
Answer: 49 in
Step-by-step explanation:
- [23 + XU]/2 = 36 [trapezoid midsegment theorem]
- 23 + XU = 72 [multiply both sides by 2]
- XU = 49 [subtract 23 from both sides]
Answer:
Step-by-step explanation:
1. We aren't worried about the area of the base, so the area is the area of the 4 triangles. Each triangle has an area of half the base times the height.
A = 4 (½ bh)
A = 2 bh
Given b = 6 and h (the height of the triangle, not the pyramid) = 5:
A = 2 (6) (5)
A = 60 ft²
2. This time, we want to include the area of the rectangular base, so:
A = b₁b₂ + 2 (½ b₁h₁) + 2 (½ b₂h₂)
A = b₁b₂ + b₁h₁ + b₂h₂
Given b₁ = 78 m, b₂ = 50 m, h₁ = 52 m, and h₂ = 60 m:
A = (78) (50) + (78) (52) + (50) (60)
A = 10,956 m²
The probability that the next elk caught would be unmarked as a fraction is 24/25.
The probability that the next elk caught would be unmarked as a decimal is 0.96.
The probability that the next elk caught would be unmarked as a percentage is 96%.
<h3>What is the probability?</h3>
Probability is used to determine the likelihood that an event would occur. The chances of the event happening lie between 0 and 1.
The probability that the next elk caught would be unmarked = total number of unmarked elks / total number of elks
(5625 - 225) / 5625 = 5400 / 5625 = 24/25 = 0.96 = 96%
Here is the rest of the question:
What is the probability of the next elk caught in the park being unmarked? Write the probability as a fraction, a decimal number, and a percentage.
To learn more about probability, please check: brainly.com/question/13234031
#SPJ1
