The distance from the wall was the bullet fired if the gun was held 1.1 m above the floor will be 4.25 meters.
<h3>What is trigonometry?</h3>
Trigonometric functions examine the interaction between the dimensions and angles of a triangular form.
A projectile is tracked down and implanted in the mass of a room 2.2 m over the floor. The shot entered the wall going vertically at a point of 15°.
Because the gaps are so low and the bullet's speed is so high, we may treat the bullet's route as a straight line.
The distance is given as,
⇒ (2.2 - 1.1) / sin 15°
⇒ 1.1 / sin 15°
⇒ 4.25 meters
The distance from the wall was the bullet fired if the gun was held 1.1 m above the floor will be 4.25 meters.
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Well you can find out by the question it's pretty easy....
you have to find the same x coordinates and then see what the difference is in the y coordinate. For example, (1,0), and (1,-5) the difference is -5. So for (-8,0), and (1,0) your answer would be (8,-5)
It should be 34/5*. If you create an improper fraction out of the original one, then creating the reciprocal will be easier.
Answer:
I believe 4, but I might be wrong.
Step-by-step explanation:
If you look, it's going down -4 every time. So that means if you're going up, it's going +4 after you skip a space. So, skip, then 0, then skip, and that's 4.
