If you would like to solve the equation -2c = pm^2 - n for m, you can do this using the following steps:
<span>-2c = pm^2 - n
</span>-2c + n = pm^2 /p
m^2 = (-2c + n) / p
m = sqrt((-2c + n) / p)
The correct result would be the second answer; m = sqrt((-2c + n) / p<span>).</span>
The sr of 22 is 4.69 hope this helps:)
Answer:
The required distance is 17.34 meters.
Step-by-step explanation:
The lengths of the two wires are 12 meters and 16 meters. and the angle between the wires is 75°.
Now, we have to calculate the distance between the wires on the ground.
Therefore, we have to calculate the length of the side which is the opposite side of angle 75° of the triangle formed by the wires and the ground.
Applying the formula of properties of the triangle, if the length required is x, then
⇒ 99.38 = 144 + 256 - x²
⇒ x = 17.34 meters. (Answer)
I assume you're familiar with the limit
for
. We write the given limit in this form:
The limit on the RHS is 1, so we're left with -2.