Hey there!
We simply have to do 182/2.8, and you will get the area (65m^2).
We know that the formula for area is <u>length x width</u>, and the formula for volume is<u> length x width</u> x height. In the volume formula, we can see it can also be <u>area x height</u> to get <u>volume</u>. So, we know that<em><u> area x height = volume</u></em>, right? And in this equation, we are given volume and height. If <u>V = ha</u>, with V = volume; h = height; a = area, we can divide "h" on both sides, and we get V/h = a, or volume divided by height is area. To solve for the above equation, we can plug the numbers in the formula: 182/2.8 = a, or 65 = a.
Hope this helps! Have an amazing day, and remember, you've got this!
The solution is this :) Hope you understand my handwriting
Answer:
A or the first answer is correct
Step-by-step explanation:
3650 - 2000 = 1650
1650 / (divided by) 150 = 11
you can also check your work by doing 150 *(times) 11 = 1650
1650 + 2000 = 3650
The y asymptote in a function refers to the horizontal asymptote, or the horizontal line that function generally does not go through. If the degree of the numerator is less than the degree of the denominator, the horizontal asymptote is the x axis, or y = 0. If the degrees in the numerator and denominator are the same, then the asymptote is y = 1. If the degree in the numerator is higher than the degree of the denominator the asymptote is oblique, or a straight line. I am going to attempt to attach a graph with an asymptote of y = 0 ( the degree of the numerator is less than the degree of the denominator) and one with an oblique so you can see the difference. There are also vertical asymptotes, but that's another concept.
It has reflection and rotation symmetry
