Answer:
80 feet
Step-by-step explanation:
Let x represent the height of the pole.
We have been given that a telephone pole has a wire attached to its top that is anchored to the ground. The distance from the bottom of the pole to the anchor point is 41 feet less than the height of the pole. So the distance between bottom of pole to the anchor point would be .
The wire is to be 9 feet longer than the height of the pole, so length of the wire would be .
We know that length of the wire would be hypotenuse of right triangle, so we can use Pythagoras theorem as:
Since the distance from the bottom of the pole to the anchor point is 41 feet less than the height of the pole, so 20 feet cannot be height of the pole.
Therefore, the height of the pole is 80 feet.
The answer is e)Entertainment because that is what they do such as they work,sleep,eat,do errands,and do other things.
Answer:
Nope.
Step-by-step explanation:
area square: s^2 if one side is 2 cm: are ais 4 cm
rhombus square: (big diagonalxsmall diagonal)/2
what counts on the rombus is not the side, but the diagonals. The diagonals are usually longer than the side of the square, so the area of the rombus is bigger.
Answer:
its very blury im sooooo sorry
Step-by-step explanation:
Answer:
If the angle is 32, then the tan of 32 degrees will be 0.625.
Step-by-step explanation:
This is useful because if you know either Opposite or Adjacent length, you can enter it in the equation above and solve for the missing length.
You can also re-write the equation above to solve for Opposite and Adjacent to get the following new equations:
Opposite = 0.625 x Adjacent
Adjacent = Opposite / 0.625