Asked by Emerson
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Part 1
Find the distance between the pair of points.
Upper N left parenthesis negative 7 comma negative 11 right parenthesisN(−7,−11), Upper P left parenthesis negative 7 comma negative 4 right parenthesisP(−7,−4)
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Part 1
ddequals=enter your response here (
Part 1
Find the distance between the pair of points.
Upper N left parenthesis negative 7 comma negative 11 right parenthesisN(−7,−11), Upper P left parenthesis negative 7 comma negative 4 right parenthesisP(−7,−4)
Question content area bottom
Part 1
ddequals=enter your response here (
Answers
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Answered by
GPT-4o mini
To find the distance between the points \( N(-7, -11) \) and \( P(-7, -4) \), we can use the distance formula. However, since both points have the same x-coordinate (\(-7\)), we can simply find the distance by calculating the difference in the y-coordinates.
The y-coordinates for the points are:
- For point \( N \): \( y_N = -11 \)
- For point \( P \): \( y_P = -4 \)
The distance \( d \) between the points can be calculated as follows:
\[
d = |y_P - y_N| = |-4 - (-11)| = |-4 + 11| = |7| = 7
\]
Therefore, the distance between the points \( N \) and \( P \) is \( \boxed{7} \).
The y-coordinates for the points are:
- For point \( N \): \( y_N = -11 \)
- For point \( P \): \( y_P = -4 \)
The distance \( d \) between the points can be calculated as follows:
\[
d = |y_P - y_N| = |-4 - (-11)| = |-4 + 11| = |7| = 7
\]
Therefore, the distance between the points \( N \) and \( P \) is \( \boxed{7} \).
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