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Which methods could you use to calculate the y-coordinate of the midpoint of a vertical line segment with endpoints (00) and (015)?
Wiki User
∙ 6y ago
The coordinates of the midpoint are the averages of the coordinates of the end points. So (0, 7.5).
Jameson Hauck
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Which methods could you use to calculate the y-coordinate of the midpoint of a vertical line segment with endpoints at (00)and (015)?
The coordinates of the midpoint are the averages of the coordinates of the end points. So (0, 7.5).
Describe how to find the side length of the rectangle without graphing?
To find the length of a side, you either measure it, or you calculate it. How you calculate it depends on what data is given. For example, if you have the coordinates of the endpoints of a line, you can calculate the length by using the Pythagorean theorem (or simply subtracting the coordinates of the two endpoints, if the line is perfectly vertical or perfectly horizontal).
How do you calculate the midpoint?
Each point on a graph can be represented by two numbers, its x, or horizontal value, and y, or vertical value. To find the midpoint, of, let's say (5,7) and (3,4), do this... (ignore stars, they're just so it lines up) (((5+3)/2), ((7+4)/2)) ***((8/2), (11/2)) ******(4, 5.5) The midpoint of the points (5,7) and (3,4) is (4,5.5).
What methods could you use to find the y coordinate of the midpoint of a vertical line segment with endpoints at 0 0 and 0 -12?
The method you could use would be to find the average of the y-coordinates of the end-points.Using that method, you would find it to be -6 .You could use any other method you're comfortable with, but if it led to a different answer, it would be wrong.
How can an absolute value equation help you calculate the distance from one point to another on the coordinate plane when the points are on the same vertical line?
The distance between them is the absolute value of the difference in their vertical coordinates.
Which methods could you use to calculate the y-coordinate of the midpoint of a vertical line segment with endpoints at (00)and (015)?
The coordinates of the midpoint are the averages of the coordinates of the end points. So (0, 7.5).
Which method could you use to calculate the y-cordinate of the midpoint of a vertical line segment with endpoint (00) and (0-12)?
If you mean endpoints of (0, 0) and (0, -12) then the midpoint is (0, -6)
What methods could you use to calculate the y-coordinate of the midpoint of a vertical line segment with endpoints at (00) and (0-12)?
If you mean endpoints of (0, 0) and (0, -12) then its midpoint is at (0, -6) because (0+0)/2 = 0 and (0-12)/2 = -6
How could you find the y-coordinate of the midpoint of a vertical line segment with endpoint at (00) and (015)?
If you mean endpoints of (0, 0) and (0, 15) then the midpoint is at (0, 7.5)
Which method could you use to calculate the y-coordinate of the midpoint of a vertical line segment with endpoint at 0 0 and 0 15?
Each coordinate of the midpoint of a straight line segment is the arithmetic mean of the coordinates of the endpoints. So the y-coordinate is (0+15)/2 = 7.5
What methods could you use to find the y-coordinate of the midpoint of a vertical line segment with endpoints at 0 0 and 0 15?
Some methods you could use to find the y-coordinate of the midpoint of a vertical line segment with endpoints at 0 0 and 0 15 are by: Counting by hand Dividing 15 by 2
What is the midpoint of 3x equals 5x-6?
First of all 3x=5x-6 is the same as 2x=6 or x=3 The graph of this equation is a vertical line and in order to have a midpoint, you need some endpoints. Otherwise, the line goes up and down infinitely in both directions
Describe how to find the side length of the rectangle without graphing?
To find the length of a side, you either measure it, or you calculate it. How you calculate it depends on what data is given. For example, if you have the coordinates of the endpoints of a line, you can calculate the length by using the Pythagorean theorem (or simply subtracting the coordinates of the two endpoints, if the line is perfectly vertical or perfectly horizontal).
Where is the midpoint located?
This depends on which midpoint is being referenced. The world's vertical midpoint is the equator which cuts the sphere of the earth in half. The world's horizontal midpoint doesn't exist since the world is a ball, however, if you look at the earth from the top the horizontal midpoint is right at the north pole. Therefore the earth's three-dimensional midpoint would be in its core. But in terms of geographic locations, the regions on the earth's horizontal midpoint are the north and south pole, while the following countries are on the earth's equator (vertical midpoint):Africa:GabonCongoDemocratic Republic of the CongoUgandaKenyaSomaliaS. America:EcuadorColumbiaBrazilIndonesia
How do you calculate the midpoint?
Each point on a graph can be represented by two numbers, its x, or horizontal value, and y, or vertical value. To find the midpoint, of, let's say (5,7) and (3,4), do this... (ignore stars, they're just so it lines up) (((5+3)/2), ((7+4)/2)) ***((8/2), (11/2)) ******(4, 5.5) The midpoint of the points (5,7) and (3,4) is (4,5.5).
Where is the world's midpoint located?
This depends on which midpoint is being referenced. The world's vertical midpoint is the equator which cuts the sphere of the earth in half. The world's horizontal midpoint doesn't exist since the world is a ball, however, if you look at the earth from the top the horizontal midpoint is right at the north pole. Therefore the earth's three-dimensional midpoint would be in its core. But in terms of geographic locations, the regions on the earth's horizontal midpoint are the north and south pole, while the following countries are on the earth's equator (vertical midpoint):Africa:GabonCongoDemocratic Republic of the CongoUgandaKenyaSomaliaS. America:EcuadorColumbiaBrazilIndonesia
What is the vertical cross section of a cone?
The vertical cross section of a right vertical cone is a triangle if that cross section is taken from the vertex. Any other vertical cross section will reveal a hyperbola (with endpoints on the base of the cone). A link can be found below.
