A direct variation function contains the points (2,14) and (4,38) which equation represents the function

1 answer:

3 0

You are given two points on a line, and told that the function is "direct variation." You can save a lot of time by recognizing that the y-intercept here is zero (0). Thus, the line passes through the origin.

A line through (2,14) and (4,38) is NOT direct variation, because the line connecting those two points does NOT pass through the origin, and thus has a vertical intercept.

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Pls help I will mark braniliest

lidiya [134]

Answer:

y=x+2 will be a positive upwards graph that has a slope of 1 this means it will cross diagonally perfectly it won't change directions and it won't go up more than down or left more than right. It will cross the x axis at 2.

y=-x+2 It will be the same thing but this time starts from the top left and goes down gets to x axis at positive 2 again

y=|x|+2 This will go down from top left again and hit positive 2 on y axis then go back up making a v it does not curve and it does have a perfect slope of 1 making it easy to graph.

Step-by-step explanation:

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Which parent relation would best represent the side of the vase outlined by the curve in the red?

kolezko [41]

I think it would be linear . if its not right then im sorry .

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3 years ago

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Question 5 of 20<br> (___)^2=(secx-1)(secx+1)<br><br> answer here:

pickupchik [31]

42 because there is something to the equation. Where is will most likely make u fail so don’t take my answer because u will fail