Answer:
Answer is attached in images
Step-by-step explanation:
Given:
x+z=1 and
Now,
Which is circle with center (1/2,0) radius
take, 
Now,
Answer:
y = csc (x) + 2
Step-by-step explanation:
From the graph, we can derive the parent function y = csc(x). Notice how there are asymptotes at x = 2πk and x = π + 2πk, which is where csc(x) is undefined.
Finally, we can see a vertical shift of 2 which we can see from the mid-line of the graph which is at y = 3.
First let's distribute to our parenthesis to get:
4x-16<-2x+18+2
Not combine like terms on both sides:
4x-16<-2x+20
Let's add 2x to both sides:
6x-16<20
Add 16 to both sides:
6x<36
Divide by 6:
X<6
I hope this Helps!
I kind-of need more specifics here. You didn't give any dimensions, but okay. So if you notice, from the side, any cone just looks like a regular old triangle. And we can treat it like one when trying to find the slant height. Ever heard of the Pythagorean theorem? a squared plus b squared = c squared. so in this case, the hypotenuse, or c-side, will be your slant height. take the square of the distance from the circle-base's center to the apex. add that to the square of the radius of the base. Find the square root (using your calculator) of that sum, and there's your answer.
