Answer:
50%
Step-by-step explanation:
Answer:
The trigonometric function that can be use to solve for the height (h) is tanФ = opposite / adjacent
The height of the kite is 221.72 feet
Step-by-step explanation:
The trigonometric function that can be use to solve for the height (h) is tanФ = opposite / adjacent
To solve for height h of the kite, we will follow the steps below;
We will use the trig. function
tanФ = opposite / adjacent
from the diagram given Ф = 29° opposite = h and adjacent = 400 feet
tan 29° = h / 400
cross-multiply
h = 400 tan 29°
h =221.72 feet
The height of the kite is 221.72 feet
Answer:
p = -7
Step-by-step explanation:
-6p+7+21p=14+16p
Collect Like Terms.
15p+7=14+16p
Move Terms
15p-16p=14-7
Collect Like Terms Subtract
-p = 7
- change the signs
Hello!
We are given that the measure of one angle is equal to 115 degrees (for convenience, we’ll refer to this angle as ∠W). Looking at the image above, we can see that ∠W and ∠Y are supplementary angles. Supplementary angles are two angles whose measures add to a sum of 180 degrees, also known as a straight line. This relationship can be expressed using the following formula:
A1 + A2 = 180
Now insert any known values provided by the image above:
(115) + (∠Y) = 180
Subtract 115 from both sides of the equation:
∠Y = 65
We have now proven that ∠Y has a measure of 65 degrees. Now, looking at the image again, we can see that ∠W and ∠X are vertical angles. Vertical angles are two angles that lie on opposite sides of two intersecting lines. A pair of vertical angles is always equal in measure. This relationship can be expressed using the following formula:
A1 = A2
Now insert any known values provided by the image above:
(∠X) = (115)
We have now proven that ∠X has a measure of 115 degrees.
I hope this helps!
Answer:
49
Step-by-step explanation:
the number would simply be
14÷2=7
7²=49