Turn it into one equation then use PEMDAS
Answer: y = 2x + 5
Explanation:
The slope (number before x) is rise (change in y)/run (change in x). The rise is 6 and the run is 3, so the slope is 6/3, or 2.
The second blank is the y-intercept, or where the line crosses the vertical axis. This point is at 5.
Hope this helps!
Length: 6m
Width: 5.25m
Could you give me Brainiac?
For a square, you can use the points, (1, 5) and (–2, 3). To find these,
think about how you move from point (0, 0) to (3, 2). Rise = 2 and run = 3 for
a slope of 2/3. The perpendicular line segments will have a slope of –3/2 or
rise = 3 and run = –2. Starting at (0, 0) move up 3 and left 2 to get the point
(–2, 3). Do the same movements from (3, 2) to get the point (1, 5).For a rectangle you could use the points (3, 0) and (0, 2).
To make it a NON-rectangular parallelogram, just scoot each of those points
over a bit in opposite directions ... from (3, 0) to (4, 0) and from (0, 2)
to (–1, 2).For a right triangle, just use either (3, 0) or
(0, 2). Combined with the other 2 given points, this will form a right triangle
1.B - - original function is y = sqrt(x). If we make sqrt(x+4), we will move the original function to the left 4. If we make sqrt(x+4)+3, additionally the original function will be moved up 3.
2.D - original function is y = sqrt(x). If we make sqrt(x-7), we will move the original function to the right 7. If we make 5*sqrt(x-7), additionally the original function will be expanded throw the y-axis.
3.E - original function is y = x^5. If we make -x^5 (multiply x^2 by -1), we will reflect the original function over the x-axis. If we make -x^5 - 4 , we additionally will move the original function down 4.
4.C - original function is y = x^2. If we make (x-3)^2, we will move the original function to the right 3. If we make x^2 - 5 , we will move the original function down 5.
5.A - original function is y = x^2. If we multiply x^2 by 1/3, function will be compressed about the y-axis.
