Answer:
is equidistant from 
and 
.
Step-by-step explanation:
Given that the point which is on the perpendicular bisector of the line segment having endpoints at and .
The given situation can be represented as the diagram as attached in the answer area.
Referring to the 
:
(As it is the perpendicular bisector)
(As it is the perpendicular bisector)
Also, the side 
is the common side.
Therefore by 
congruence, 
As per the properties of congruent triangles:
Side 
= Side 
and are nothing but the distance of the point from the end points and which are proved to be equal to each other.
Therefore, we can conclude that:
is equidistant from and .
Answer:
Step-by-step explanation:
Well for every 250 computers sold, 1 was returned. So if you multiply 12x250 you'd get 3,000. So 14x250 is 3,500. Or you could do 3,000 divided by 12 and you'd get 250. Same thing if you do 3,500 divided by 14.
Answer:6.66
Step-by-step explanation:
I’m pretty sure its infinite if not just putt that answer
So you have to find the volume of the tank, and the volume of the pyramid. Then subtract the volume of the pyramid from that out of the tank. The formula for pyramid is v = lwh/3. For the tank (which is a cube in this case) It's any given side cubed.
40*30*30 = 3600/3=1200cm cubed
40^3 = 6400cm cubed
6400-1200=5200cm^3 of water
(If you don't get this answer then I may have made a calculation error as I did this quickly in my head, just check my answer and yours to see)
Answer:
-4/3
Step-by-step explanation:
Using the order of operations you can simply go from left to right with it.
5x2 + 3y2 = 2
10 + 3y2 = 2 Here I just multiplied 5x2
Now we can continue with the equation, keeping in mind you go left to right.
10 + 3y2 = 2
10+ 6y = 2 3y times 2 is 6y.
So we have to continue by balancing the equation, what you do to one side you do to the other.
10 + 6y = 2
<u>-10 -10</u>
6y = -8
6y/6 is y and -8/6 can be reduced to -4/3 so that is the answer!
Hope that helps and have a great day!
