Answer:
mmm idgl
Step-by-step explanation:
The answer is B) f(x) is an even function for all even values of <em>m.</em>
Let's call the cost of one game x.
Let x = Cost of one game
3x + $2
3 × $4 + $2 =
$12 + $2 =
$14
ANSWER:
$14
Answer:
Step-by-step explanation:
If you want to compare the 2 slopes, you first have to know what they are. From the table we can find it by plugging in some numbers to the slope formula and doing the math on it:

which gives us a slope of 5.
From the equation, which is in y = mx + b form, m stands for slope. The number in the m position is 2. In a sentence:
The slope found in the values from the table, 5, is greater than the slope found in the linear equation, 2.
Part B: The y-intercept exists where x = 0. Looking at the values in the table, where x = 0, y = -10. So the y-intercept of the line in the table is -10. In y = mx + b, the linear equation, 8 = b, which is also the y-intercept. So the y-intercept in the table is -10 and the y-intercept in the equation is 8. The y-intercept is greater in the equation than in the table because 8 is greater than -10
Answer:

Step-by-step explanation:
Your generic line will be
, so you'll need two condition.
Since it has to be perpendicular to
, the product of the slopes needs to be -1, or
, hence your "generic" becomes
. Since it has to pass through [/tex](-5;-4), let's put the coordinates in there: 
your line becomes 