Answer:
x=5.3
Step-by-step explanation:
Graph each side of the equation. The solution is the x-value of the point of intersection.
x
≈
5.3
Hope this helps, can you now give me brainliest??
Answer:
0.525%
Step-by-step explanation:
Since we are trying to find the probability of a sequence of events we simply need to multiply the probability of each of these events happening separately from one another. We are told that the probability that the light will be red is 65% that means that the probability that it will be green and that the driver will not need to stop is 35%. This probability remains the same every day of the week. Therefore we need to multiply this probability 5 times, one time for each weekday Monday through Friday, but first we need to turn this percentage into a decimal form by dividing it by 100...
35% / 100 = 0.35
0.35 * 0.35 * 0.35 * 0.35 * 0.35 = 0.00525 ...multiply by 100 to get percentage
0.00525 * 100 = 0.525%
Finally, we can see that the probability that she will not have to stop at the light all next week is 0.525%
The solution is y= -5 and x=10
Answer:
.
Step-by-step explanation:
Consider the double angle identity for tangents:
.
Also, for two complementary angles,
.
Subtract 
from both sides of this equation:
.
Take the tangent of both sides of this equation:
.
Apply the double-angle identity to the left-hand side of this equation:
.
The two angles 
and 
are complementary. Therefore, for the right-hand side of this equation,
.
Equate the two sides of this equation:
.
I believe the answer is 31.1 since, it’s a square it’s equal on all sides, so you used the Pythagorean theorem to final the missing diagonal side, so 22^2 plus 22^2 = c^2
That would give you 968 =c^2, square both sides, you’ll get 31.1
