What is the simplified form of the sixth root of x times the sixth root of x times the sixth root of x times the sixth root of x? x to the two-thirds power x to the three halves power 4 times the sixth root of x the sixth root of 4x
\[\sqrt[6]{x^4}=\sqrt[3]{x^2}\]
or \[x^{\frac{2}{3}}\]
What is the remainder when (3x4 + 2x3 - x2 + 2x - 24) ÷ (x + 2)? 0 5 10 15
\[f(-2)=0\] so 0
A function is created to represent the miles per gallon your car gets. What restrictions would be made to the domain? The domain would only include integers. The domain would only include positive integers. The domain would include all real numbers. The domain would only include positive numbers.
@satellite73
positive numbers of course
which seems to be two choices
B?
no D
@satellite73
What is the equation of the quadratic graph with a focus of (3, 6) and a directrix of y = 4? f(x) = one fourth (x − 3)2 + 1 f(x) = one fourth (x − 3)2 + 5 f(x) = −one fourth (x − 2)2 + 5 f(x) = −one fourth (x − 2)2
Ella runs a cat rescue center. She started with 2 cats, and her center has an increase of 5 cats per year. Which of the graphs below represents the number of cats per year at Ella's center? graph of line going through 2, 5 and 5, 8 graph of line going through 1, 7 and 2, 12 graph of line going through 1, 1 and 3, 3 graph of line going through 1, 3 and 2, 8
has to go through 1 7 since in the first year they get 5 cats and already have two
Find the solution of the square root of the quantity of x plus 3 plus 4 equals 6 and determine if it is an extraneous solution. x = 1; not extraneous x = 1; extraneous x = 29; extraneous x = 29; not extraneous
\[\sqrt{x+3}+4=6\]?
thne \[\sqrt{x+3}=2\\ x+3=4\\ x=1\] is the "not extraneous" solution
yep u got it
lol imagine
Two mechanics, Martin and Gordon, are working on your car. Martin can complete the work in 4 hours, while Gordon can complete the work in 2 hours. How many hours does the maintenance take if they work together? one half three fourths six eighths four thirds
\[\frac{4\times 2}{4+2}\]
\[\frac{8}{6}=\frac{4}{3}\]
Given the function f(x) = The quantity of 2x minus 5, divided by 3, which of the below expressions is correct? f−1(x) = The quantity of 5 minus 2x, divided by 3. f−1(x) = The quantity of 3x minus 5, divided by 2. f−1(x) = The quantity of 3x plus 5, divided by 2. f−1(x) = The quantity of negative 2x minus 5, divided by 3.
igot the question marks gotta refresh
\[f(x)=\frac{2x-5}{3}\]?
yep
What is the simplified form of x minus 2 over x squared plus x minus 6 ÷ x squared plus 5x plus 4 over x plus 4 ? 1 over the quantity x plus 3 times the quantity x plus 4 1 over the quantity x plus 3 times the quantity x minus 2 1 over the quantity x plus 4 times the quantity x minus 2 1 over the quantity x plus 3 times the quantity x plus 1
question marks again
x minus 2 over x squared plus x minus 6 ÷ x squared plus 5x plus 4 over x plus 4 ?
\[\frac{x-2}{x^2}+\frac{x-6}{x^2}+\frac{5x+4}{x+4}\]?
is that it?
no i'll draw it
can you post a screen shot? is i really much quicker
i take it it is on line
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