How to find the midpoint of a line segment - GRE Quantitative Reasoning
Card 1 of 24
What is the midpoint of (2, 5) and (14, 18)?
What is the midpoint of (2, 5) and (14, 18)?
Tap to reveal answer
The midpoint between two given points is found by solving for the average of each of the correlative coordinates of the given points. That is:
Midpoint = ( (2 + 14)/2 , (18 + 5)/2) = (16/2, 23/2) = (8, 11.5)
The midpoint between two given points is found by solving for the average of each of the correlative coordinates of the given points. That is:
Midpoint = ( (2 + 14)/2 , (18 + 5)/2) = (16/2, 23/2) = (8, 11.5)
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What is the midpoint between the points (1,3,7) and (–3,1,3)?
What is the midpoint between the points (1,3,7) and (–3,1,3)?
Tap to reveal answer
To find the midpoint, we add up the corresponding coordinates and divide by 2.
\[1 + –3\] / 2 = –1
\[3 + 1\] / 2 = 2
\[7 + 3\] / 2 = 5
Then the midpoint is (–1,2,5).
To find the midpoint, we add up the corresponding coordinates and divide by 2.
\[1 + –3\] / 2 = –1
\[3 + 1\] / 2 = 2
\[7 + 3\] / 2 = 5
Then the midpoint is (–1,2,5).
← Didn't Know|Knew It →
A line which cuts another line segment into two equal parts is called a .
A line which cuts another line segment into two equal parts is called a .
Tap to reveal answer
This is the definition of a bisector.
A midpoint is the point on a line that divides it into two equal parts. The bisector cuts the line at the midpoint, but the midpoint is not a line.
A transversal is a line that cuts across two or more lines that are usually parallel.
Parallel line and horizontal line don't make sense as answer choices here. The answer is bisector.
This is the definition of a bisector.
A midpoint is the point on a line that divides it into two equal parts. The bisector cuts the line at the midpoint, but the midpoint is not a line.
A transversal is a line that cuts across two or more lines that are usually parallel.
Parallel line and horizontal line don't make sense as answer choices here. The answer is bisector.
← Didn't Know|Knew It →
What is the midpoint of (2, 5) and (14, 18)?
What is the midpoint of (2, 5) and (14, 18)?
Tap to reveal answer
The midpoint between two given points is found by solving for the average of each of the correlative coordinates of the given points. That is:
Midpoint = ( (2 + 14)/2 , (18 + 5)/2) = (16/2, 23/2) = (8, 11.5)
The midpoint between two given points is found by solving for the average of each of the correlative coordinates of the given points. That is:
Midpoint = ( (2 + 14)/2 , (18 + 5)/2) = (16/2, 23/2) = (8, 11.5)
← Didn't Know|Knew It →
What is the midpoint between the points (1,3,7) and (–3,1,3)?
What is the midpoint between the points (1,3,7) and (–3,1,3)?
Tap to reveal answer
To find the midpoint, we add up the corresponding coordinates and divide by 2.
\[1 + –3\] / 2 = –1
\[3 + 1\] / 2 = 2
\[7 + 3\] / 2 = 5
Then the midpoint is (–1,2,5).
To find the midpoint, we add up the corresponding coordinates and divide by 2.
\[1 + –3\] / 2 = –1
\[3 + 1\] / 2 = 2
\[7 + 3\] / 2 = 5
Then the midpoint is (–1,2,5).
← Didn't Know|Knew It →
A line which cuts another line segment into two equal parts is called a .
A line which cuts another line segment into two equal parts is called a .
Tap to reveal answer
This is the definition of a bisector.
A midpoint is the point on a line that divides it into two equal parts. The bisector cuts the line at the midpoint, but the midpoint is not a line.
A transversal is a line that cuts across two or more lines that are usually parallel.
Parallel line and horizontal line don't make sense as answer choices here. The answer is bisector.
This is the definition of a bisector.
A midpoint is the point on a line that divides it into two equal parts. The bisector cuts the line at the midpoint, but the midpoint is not a line.
A transversal is a line that cuts across two or more lines that are usually parallel.
Parallel line and horizontal line don't make sense as answer choices here. The answer is bisector.
← Didn't Know|Knew It →
What is the midpoint of (2, 5) and (14, 18)?
What is the midpoint of (2, 5) and (14, 18)?
Tap to reveal answer
The midpoint between two given points is found by solving for the average of each of the correlative coordinates of the given points. That is:
Midpoint = ( (2 + 14)/2 , (18 + 5)/2) = (16/2, 23/2) = (8, 11.5)
The midpoint between two given points is found by solving for the average of each of the correlative coordinates of the given points. That is:
Midpoint = ( (2 + 14)/2 , (18 + 5)/2) = (16/2, 23/2) = (8, 11.5)
← Didn't Know|Knew It →
What is the midpoint between the points (1,3,7) and (–3,1,3)?
What is the midpoint between the points (1,3,7) and (–3,1,3)?
Tap to reveal answer
To find the midpoint, we add up the corresponding coordinates and divide by 2.
\[1 + –3\] / 2 = –1
\[3 + 1\] / 2 = 2
\[7 + 3\] / 2 = 5
Then the midpoint is (–1,2,5).
To find the midpoint, we add up the corresponding coordinates and divide by 2.
\[1 + –3\] / 2 = –1
\[3 + 1\] / 2 = 2
\[7 + 3\] / 2 = 5
Then the midpoint is (–1,2,5).
← Didn't Know|Knew It →
A line which cuts another line segment into two equal parts is called a .
A line which cuts another line segment into two equal parts is called a .
Tap to reveal answer
This is the definition of a bisector.
A midpoint is the point on a line that divides it into two equal parts. The bisector cuts the line at the midpoint, but the midpoint is not a line.
A transversal is a line that cuts across two or more lines that are usually parallel.
Parallel line and horizontal line don't make sense as answer choices here. The answer is bisector.
This is the definition of a bisector.
A midpoint is the point on a line that divides it into two equal parts. The bisector cuts the line at the midpoint, but the midpoint is not a line.
A transversal is a line that cuts across two or more lines that are usually parallel.
Parallel line and horizontal line don't make sense as answer choices here. The answer is bisector.
← Didn't Know|Knew It →
What is the midpoint of (2, 5) and (14, 18)?
What is the midpoint of (2, 5) and (14, 18)?
Tap to reveal answer
The midpoint between two given points is found by solving for the average of each of the correlative coordinates of the given points. That is:
Midpoint = ( (2 + 14)/2 , (18 + 5)/2) = (16/2, 23/2) = (8, 11.5)
The midpoint between two given points is found by solving for the average of each of the correlative coordinates of the given points. That is:
Midpoint = ( (2 + 14)/2 , (18 + 5)/2) = (16/2, 23/2) = (8, 11.5)
← Didn't Know|Knew It →
What is the midpoint between the points (1,3,7) and (–3,1,3)?
What is the midpoint between the points (1,3,7) and (–3,1,3)?
Tap to reveal answer
To find the midpoint, we add up the corresponding coordinates and divide by 2.
\[1 + –3\] / 2 = –1
\[3 + 1\] / 2 = 2
\[7 + 3\] / 2 = 5
Then the midpoint is (–1,2,5).
To find the midpoint, we add up the corresponding coordinates and divide by 2.
\[1 + –3\] / 2 = –1
\[3 + 1\] / 2 = 2
\[7 + 3\] / 2 = 5
Then the midpoint is (–1,2,5).
← Didn't Know|Knew It →
A line which cuts another line segment into two equal parts is called a .
A line which cuts another line segment into two equal parts is called a .
Tap to reveal answer
This is the definition of a bisector.
A midpoint is the point on a line that divides it into two equal parts. The bisector cuts the line at the midpoint, but the midpoint is not a line.
A transversal is a line that cuts across two or more lines that are usually parallel.
Parallel line and horizontal line don't make sense as answer choices here. The answer is bisector.
This is the definition of a bisector.
A midpoint is the point on a line that divides it into two equal parts. The bisector cuts the line at the midpoint, but the midpoint is not a line.
A transversal is a line that cuts across two or more lines that are usually parallel.
Parallel line and horizontal line don't make sense as answer choices here. The answer is bisector.
← Didn't Know|Knew It →
What is the midpoint of (2, 5) and (14, 18)?
What is the midpoint of (2, 5) and (14, 18)?
Tap to reveal answer
The midpoint between two given points is found by solving for the average of each of the correlative coordinates of the given points. That is:
Midpoint = ( (2 + 14)/2 , (18 + 5)/2) = (16/2, 23/2) = (8, 11.5)
The midpoint between two given points is found by solving for the average of each of the correlative coordinates of the given points. That is:
Midpoint = ( (2 + 14)/2 , (18 + 5)/2) = (16/2, 23/2) = (8, 11.5)
← Didn't Know|Knew It →
What is the midpoint between the points (1,3,7) and (–3,1,3)?
What is the midpoint between the points (1,3,7) and (–3,1,3)?
Tap to reveal answer
To find the midpoint, we add up the corresponding coordinates and divide by 2.
\[1 + –3\] / 2 = –1
\[3 + 1\] / 2 = 2
\[7 + 3\] / 2 = 5
Then the midpoint is (–1,2,5).
To find the midpoint, we add up the corresponding coordinates and divide by 2.
\[1 + –3\] / 2 = –1
\[3 + 1\] / 2 = 2
\[7 + 3\] / 2 = 5
Then the midpoint is (–1,2,5).
← Didn't Know|Knew It →
A line which cuts another line segment into two equal parts is called a .
A line which cuts another line segment into two equal parts is called a .
Tap to reveal answer
This is the definition of a bisector.
A midpoint is the point on a line that divides it into two equal parts. The bisector cuts the line at the midpoint, but the midpoint is not a line.
A transversal is a line that cuts across two or more lines that are usually parallel.
Parallel line and horizontal line don't make sense as answer choices here. The answer is bisector.
This is the definition of a bisector.
A midpoint is the point on a line that divides it into two equal parts. The bisector cuts the line at the midpoint, but the midpoint is not a line.
A transversal is a line that cuts across two or more lines that are usually parallel.
Parallel line and horizontal line don't make sense as answer choices here. The answer is bisector.
← Didn't Know|Knew It →
What is the midpoint of (2, 5) and (14, 18)?
What is the midpoint of (2, 5) and (14, 18)?
Tap to reveal answer
The midpoint between two given points is found by solving for the average of each of the correlative coordinates of the given points. That is:
Midpoint = ( (2 + 14)/2 , (18 + 5)/2) = (16/2, 23/2) = (8, 11.5)
The midpoint between two given points is found by solving for the average of each of the correlative coordinates of the given points. That is:
Midpoint = ( (2 + 14)/2 , (18 + 5)/2) = (16/2, 23/2) = (8, 11.5)
← Didn't Know|Knew It →
What is the midpoint between the points (1,3,7) and (–3,1,3)?
What is the midpoint between the points (1,3,7) and (–3,1,3)?
Tap to reveal answer
To find the midpoint, we add up the corresponding coordinates and divide by 2.
\[1 + –3\] / 2 = –1
\[3 + 1\] / 2 = 2
\[7 + 3\] / 2 = 5
Then the midpoint is (–1,2,5).
To find the midpoint, we add up the corresponding coordinates and divide by 2.
\[1 + –3\] / 2 = –1
\[3 + 1\] / 2 = 2
\[7 + 3\] / 2 = 5
Then the midpoint is (–1,2,5).
← Didn't Know|Knew It →
A line which cuts another line segment into two equal parts is called a .
A line which cuts another line segment into two equal parts is called a .
Tap to reveal answer
This is the definition of a bisector.
A midpoint is the point on a line that divides it into two equal parts. The bisector cuts the line at the midpoint, but the midpoint is not a line.
A transversal is a line that cuts across two or more lines that are usually parallel.
Parallel line and horizontal line don't make sense as answer choices here. The answer is bisector.
This is the definition of a bisector.
A midpoint is the point on a line that divides it into two equal parts. The bisector cuts the line at the midpoint, but the midpoint is not a line.
A transversal is a line that cuts across two or more lines that are usually parallel.
Parallel line and horizontal line don't make sense as answer choices here. The answer is bisector.
← Didn't Know|Knew It →
What is the midpoint of (2, 5) and (14, 18)?
What is the midpoint of (2, 5) and (14, 18)?
Tap to reveal answer
The midpoint between two given points is found by solving for the average of each of the correlative coordinates of the given points. That is:
Midpoint = ( (2 + 14)/2 , (18 + 5)/2) = (16/2, 23/2) = (8, 11.5)
The midpoint between two given points is found by solving for the average of each of the correlative coordinates of the given points. That is:
Midpoint = ( (2 + 14)/2 , (18 + 5)/2) = (16/2, 23/2) = (8, 11.5)
← Didn't Know|Knew It →
What is the midpoint between the points (1,3,7) and (–3,1,3)?
What is the midpoint between the points (1,3,7) and (–3,1,3)?
Tap to reveal answer
To find the midpoint, we add up the corresponding coordinates and divide by 2.
\[1 + –3\] / 2 = –1
\[3 + 1\] / 2 = 2
\[7 + 3\] / 2 = 5
Then the midpoint is (–1,2,5).
To find the midpoint, we add up the corresponding coordinates and divide by 2.
\[1 + –3\] / 2 = –1
\[3 + 1\] / 2 = 2
\[7 + 3\] / 2 = 5
Then the midpoint is (–1,2,5).
← Didn't Know|Knew It →