I'm not sure if this is the easiest way of doing this, but it surely work.
Let the base of the triangle be AB, and let CH be the height. Just for reference, we have
Moreover, let CH=y and BC=z
Now, AHC, CHB and ABC are all right triangles. If we write the pythagorean theorem for each of them, we have the following system
If we solve the first two equations for y squared, we have
And we can deduce
So that the third equation becomes
(we can't accept the negative root because negative lengths make no sense)
Answer:
The difference between their volumes is 
Step-by-step explanation:
The attachment completes the question.
For cube 1:
For cube 2:
Required
The difference in their volumes
First, we calculate the volume of box 1
Substitute 8 for s1
Next, we calculate the volume of box 2
Substitute 6.5 for s2
The difference is then calculated as:
Hence, the difference between their volumes is
Answer:
65
Step-by-step explanation:
650x0.1=65
the answer is 65 dollars uwu
Answer:
E
Step-by-step explanation:
11x-4<15
11x<11
x<1
12x-7>-25
12x>-18
x>-3/2
x<1 or x>-3/2, that covers the whole x-axis domain
I am finding the answer right now but there is a website that you can use for math that really helps. It's called Desmos.
