Answer:
i sure for the bottom one is 3
The slope intercept form which is y = mx+ c, of the given line is,
y = (1/2)x - 3/2
The best approach to determine without using any geometrical tools if the lines are parallel, perpendicular, or at any angle is to measure the slope.
The slope-intercept form of a line is:
y = mx + c
Where,
m represents the slope of the line
c represents the y-intercept of the line
The given equation of a line is:
x-2y=3
Subtract x both sides,
-2y = -x + 3
Divide both sides of the equation by -2,
y = (1/2)x - 3/2
This is of the form y = mx + c
Slope: m = 1/2
Y-intercept: c = -3/2
Hence,
The slope intercept of the line is y = (1/2)x - 3/2.
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Answer:
Step-by-step explanation:
2 x p x 3 x y = 6py
hope this helps
plz mark as brainliest!!!!!!!!!!
To find the average per day use this equation;
total number of pies ÷ total number of days = average of pies per day
78 + 96 + 104 + 40 + 77 = 395
Monday + Tuesday + Wednesday + Thursday + Friday = 5 days...
395 ÷ 5 = 79
so the average of pies sold per day is : 79 pies per day.
hope it helped :D
Answer:
P(1,2)
Step-by-step explanation:
There are 2 points.
A(-2,4) and B(7,6)
the point P on the y=2 can also represented as P(x,2)
We can use the distance formula to find the distances AP and BP
for AP: A(-2,4) and P(x,2)
for BP: B(7,6) and P(x,2)
the total distance AP + BP will be
(plot is given below)
Our task is to find the value of x such that the above expression is small as possible. (we can find this either through plotting or differentiating)
If you plot the above equation, the minimum point of the curve will be clearly visible, and it will be at x = 1. Hence, the point P(1,2) is such that the total distance AP + BP is as small as possible.
The point P that makes the total distance AP + BP smallest on the line y=2 is given by the x-coordinate of the midpoint of A and B because the shortest distance is in a straight line. Therefore, the point P is (2.5, 2).
To find the point P on the line y = 2 that makes the total distance AP + BP the smallest, you need to recall that the shortest distance between two points is a straight line. So, ideally, we want to find a point P (x,2) that is on the same vertical line (or x-coordinate) that intersects the line AB at the midpoint.
Step 1: Find the midpoint of A and B. The midpoint M is obtained by averaging the x and y coordinates of A and B: M = ((-2+7)/2 , (4+6)/2) = (2.5, 5).
Step 2: Since line y = 2 is horizontal, the x-coordinate of our point P will stay the same with the midpoint x-coordinate. Therefore, P has coordinates (2.5, 2).
So, the point on the line y = 2 that makes the total distance AP + BP as small as possible is P (2.5, 2).
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