Answer:
A
Step-by-step explanation: i am in math 8
lol
You probably are interested in expressing the given equation as a quadratic equation in u, as it will make it easy to find the solutions.
Let u = x²
So,
u² = x⁴
So, the given equation can be written as:
u² - 17u + 16 = 0
Now the equation is quadratic in u and the solutions can be calculated using quadratic formula or factorization.
Step-by-step explanation:
The following system answer is no solution. Change one number to make the system an infinite solution and explain why it is now an infinite solution.
12y = 17 - 9x
-4y - 3x = 31
The domain are the X values.
Each set of parenthesis is written as (x,y), so the domain would be the first number in each set of parenthesis.
{-3, -1, 0, 1, 5}
You did not show the cone or give its dimensions, however we can solve for the general case:
V=(hπr^2)/3 This will be our initial volume.
And we are told that the volume leaving the cylinder is:
V=15t
So the remaining liquid at any time t, we have:
V=(hπr^2)/3-15t
All of the fluid will have been removed when V=0 so
(hπr^2)/3-15t=0
(hπr^2)/3=15t now divide both sides by 15
t=(hπr^2)/45 minutes, where h=height of cone, r=radius of cone
And since you are asked to approximate π≈3.14
t=(3.14hr^2)/45, now you just have to plug in the height and radius of the cone to solve for how many minutes it will take for the cone to empty.