Answer:
<u>56.5 ft</u>
Step-by-step explanation:
See the attached figure which represents the explanation of the problem.
We need to find the length of the tree to which is the length of AD
From the graph ∠BAC = 90° and ∠ABD = 76°, AB = 18 ft
At ΔABD:
∠BAD = ∠BAC - ∠DAC = 90° - 4° = 86°
∠ADB = 180° - ( ∠BAD + ∠ABD) = 180 - (86+76) = 180 - 162 = 18°
Apply the sine rule at ΔABD
∴
∴ 18/sin 18 = AD/sin 76
∴ AD = 18 * (sin 76)/(sin 18) ≈ 56.5 (to the nearest tenth of a foot)
So, The length of the tree = 56.5 ft.
<u>The answer is 56.5 ft</u>
Hey there!
The statement above would be written like so...
20 < n + -4
Hope this helps you!
God bless ❤️
Happy Halloween!
xXxGolferGirlxXx
Answer:
1/4
Step-by-step explanation:
Area is given by the formula
Area = length*width
Filling in the given information, we have
51 = (2m+7)*(m-2)
2m² +3m -65 = 0
(m -5)(2m +13) - 0
m = -13/2 or 5
Since dimensions of physical objects are non-negative, the value of m is 5.
Answer: 11.775
If you plug in the radius (0.5 because the radius is half of the diameter) and the height to the formula for volume of a cylinder you will get pi•0.5 squared•15 which when solved is 11.775.
