Answer:
B) x scale of -15 to 15
C) y scale of 0 to 15
Step-by-step explanation:
The change in y-value is 1/4 of the change in x-value, and the y-intercept is 8. That means a y-scale of -30 to 30 would not be well-utilized over a small range of x. (It would take an x-range of about 200 to make much use of that y-scale.)
An appropriate y-scale is one that has 8 near its middle. The corresponding x-scale is then roughly ±4 times half the y-scale. The closest choices are ...
-15 ≤ x ≤ 15 . . . . choice B
0 ≤ y ≤ 15 . . . . . . choice C
This is a very interesting equation.
Remember: The "solution" to the equation is the number that ' k ' must be
in order to make the equation a true statement.
<u>-3k = -5k</u>
Divide each side of the equation by ' k ' .
Then you have
-3 = -5 .
Is there ANY value for ' k ' that can make that a true statement ?
I don't think so.
This equation has NO solution.
Answer:
16.03
Step-by-step explanation:
67% because 2/3 is .66666666666 etc. Which is 67% if you round up but if it's not it is less than
A function with a zero in a is,
So,