We need to determine, how do you find the distance between two points that have the same y coordinates and lie in the same quadrant?
<em>When we have we points that have the same y coordinates and lie in the same quadrant, we need to subtract smaller x-coordinate value from larger x-coordinate value.</em>
For example, if we have two coordinates (x1,y) and (x2, y).
Here y-coordinates are same.
So, we find the distance between those points by subtracting x1 from x2.
<h3>Therefore, distance between (x1,y) and (x2, y) points = x2 -x1 .</h3>
I can’t see the picture I’m sorry if I can’t help you
Answer:
Step-by-step explanation:
There are two sides on a coin, heads and tails. So, the probability of flipping heads is going to be 1/2, as there is one chance out of the two options that you will flip a head. As for spinning blue, there are 3 options that are blue out of the four color options given. So, the probability of spinning blue would be 3/4. Hope this helped :) Take this with a grain of salt, though. It's been a while since I reviewed probabilities.
Solution set = {x | x > -4}
The area of a circle with radius r is πr². So you need to find r such that
πr² = 56π
⇒ r² = 56
⇒ r = √56 = 2√14
