The range is the y values that can be gotten from inserting the domain
we will assume the domain to be all real numbers
when x approahces infinity, y approaches inifnity
when x approaches negative inifnity, y appraoches negative infinity
no holes
range is all real numbers
Answer:
Therefore, we get 10/3.
Step-by-step explanation:
In the assignment we have the following numbers 2/3 and 1/5.
We ask for their quotient, we will do it as follows:
\frac{2/3}{1/5}=\frac{2·5}{3·1}=\frac{10}{3}=10/3
We did this as follows:
In the large fraction we have the numbers 2 and 5 which from the outside, we multiplied and wrote in the counter.
While numbers 1 and 3 were multiplied and written in the denominator.
Therefore, we get 10/3.
Step-by-step explanation:
You know that the three lines are parallel.
There weren't really any specific instructions so I'd assume that we're trying to find the lines. They are all in the same thing, as shown, one is 21 and the other is 12. That means the parallel line is cutting of 9.
We can then assume 2x+2-9=x+3
Then, to solve, you can get 2x-7=x+3
X=10
Hope this helped!
I'm a bit confused, but hope this helped again!
Answer:
1175
Step-by-step explanation:
Answer:
Step-by-step explanation:
1) Plot a dark (filled in) dot at -2.
Draw a horizontal line , represented by a dark horizontal line through y = 1, starting from the extreme left of y = 1, stopping at x = -2. This takes care of the first third of the graph.
2) Graph x on the interval -2 < x < 2 as follows: Draw a very light line with slope +1 through the origin. Next, draw a circle at both (-2, -2) and (2, 2). Do not fill in these circles. Now darken the line connecting (-2, -2) and (2, 2).
3) Graph the last part of this piecewise defined function as follows:
Plot a dark dot at (2, 2). Starting at this dark dot, draw a dark horizontal line to the right as far as the edge of graph. This takes care of f(x) = x for x ≥ 2.
