A vertical asymptotic is a point at which y approaches positive or negative infinite, or both, and y is undefined at that x value.
Of the options, the reciprocal has a vertical asymptote. When approaches zero, y approaches 1÷0, or infinite.
The logarithmic function also has a vertical asymptote at x=0. Let's use f(x) =log base 10 (x) as an example. This function describes the exponent you'd have to put on 10 to get x. When x=0, we have a bit of a problem. What power can you raise 10 to to get 0? The answer is negative infinite, which would be
1/ (10^∞) = 0.
Answer:
D
Step-by-step explanation:
Interesting question. The wording is a bit awkward. I think you have to assume the base is a square and each succeeding base is also a square.
So the first thing to do is to add the bases together.
30*30 + 23*23 + 16*16 + 9*9
Don't add these -- not yet.
Now take the height into consideration
6 *(30*30 + 23*23 + 16*16 + 9*9)
The point is that you only have to multiply by 6 once.
6*(900 + 529 + 256 + 81)
6*(1766)
10596 cubic inches
The answer is D
Answer:
50% off
Step-by-step explanation:
15 is half of 30 so it would be 50%
Answer:
339.3inches^3
Step-by-step explanation:
Volume of cylinder V = πr²h
The diameter is constant, so the radius is half of the diameter = 12/2 = 6 inches
It can be seen that the height has been divided into three in the ratio 3:2:1
The height of the strawberry section is 1/6 × 18 = 3 inches.
Now, we calculate the volume of the strawberry section as follows:
π = 3.142
r = 6 inches
h = 3 inches
V = 3.142 × (6)^2 × 3 = 339.336 inches^3
This converted to the nearest tenth is 339.3 inches^3
