In this question, we can determine Maggie car initial speed (15m/s), final speed(0m/s) and the time her car moves (2.5s). Then to calculate the distance she travels, we need to multiply the average speed with time. The equation would be:
Distance traveled= (initial speed+final speed)/2 x time
Distance traveled= (0m/s + 15m/s)/2 x 2.5 second= 7.5m/s x 2.5s= 18.75m
Answer:
Your answer is 40%
Step-by-step explanation:
It is 20 units between Z and B.
We add 2 more points, and one of them is at the the halfway point of the entire line.(M)
One of them is only 2 units away from B.(N)
That means our line is halved, so from 20/20 possible places a point could go and land in the right area is now 10/20.
Minus 2 from that; to take into count of the N to B, and you have 8/20
8/20 is just 40%
Answer:
Its definitley square to be precise so that's my answer, but its also a rhombus
Step-by-step explanation:
assuming a is 1, regardless, graph would always be square, which is a rhombus. hope square is correct :)
I think it’s C because inverses are basically the reciprocals of each other. These make 90 degree angles and the slopes product should be -1. C looks like the lines are perpendicular so I would go with that
Answer:
27 and 153 degrees
Step-by-step explanation:
Delta math
