Answer: 4
Step-by-step explanation:
Answer:
It depends on the relation between the heights of both pyramids
Step-by-step explanation:
We know the volume of a pyramid of base b and height h is
If the volume of the pyramid A is 3 times the volume of the pyramid B, then
Which means
If we knew both heights are the same, we could conclude that
In which case the base of the pyramid A would be greater than the other base
But if, for example, the height of the pyramid A is 3 times the height of the other height, then
Both bases would be the same.
If we choose that
it would mean
In which case the base of the pyramid A would be less than the other base
So the answer entirely depends on the relation between the heights of both pyramids
Ok i will try to answer but i really dont have that much of a clue right now
Answer:
A
Step-by-step explanation:
The function is
To find the maximum population, we need to set t towards infinity to get our answer.
So, we replace time with maximum (). Let's check:
The population of birds approaches 1620 as t goes towards infinity. So we can say the max population of the species is 1620.
Correct answer is A
Answer:
You want to solve for x, the first thing you need to do is distribute
The 2 through the x+4 then the other 2 through the -8-x
2(x+4)= 2x+8
2(-8-x)= -16-2x
2x+8=-16-2x-2x (combine like terms on the right side)
2x+8=-16-4x (now subtract 8 from each side)
2x=-24-4x (8-8=0, -16-8=-24) (now add 4x to each side)
6x=-24 (-4x+4x=0, 2x+4x=6x), (divide each side by 6)
x=-4 (6/6=1, -24/6=-4)
x=-4
Hope this helps ;)