Computer Science, asked by jyeshtikasingh2010, 19 days ago

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Answered by Souvickpal
4

Explanation:

Question

A person standing at the junction (crossing) of two straight paths represented by  the equations 2x−3y+4 = 0 and 3x+4y−5= 0 wants to reach the path whose equation is 6x−7y+8= 0 in the least time. Find equation of the path that he should follow.

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Solution

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Given a person is standing at the junction of the below lines 

2x−3y+4=0        ...(1) 

3x+4y−5=0        ...(2)

Solving equation (1) and (2) ,we get  

x=−171 and y=1722

So, the person is standing at point (−171,1722)

Given equation of path is 

6x−7y+8=0          ...(3)

The person can reach this path in the least time if he walks along the perpendicular line to (3) from point (−171,1722)

Slope of the line (3)=76

∴ slope of the line perpendicular to line (3)=−761=−67

The equation of the line passing through (−171,1722) and having a slope of −

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Answered by satnam77002
0

Answer:

Explanation:

Question

A person standing at the junction (crossing) of two straight paths represented by  the equations 2x−3y+4 = 0 and 3x+4y−5= 0 wants to reach the path whose equation is 6x−7y+8= 0 in the least time. Find equation of the path that he should follow.

Medium

Open in App

Solution

Verified by Toppr

Given a person is standing at the junction of the below lines 

2x−3y+4=0        ...(1) 

3x+4y−5=0        ...(2)

Solving equation (1) and (2) ,we get  

x=−171 and y=1722

So, the person is standing at point (−171,1722)

Given equation of path is 

6x−7y+8=0          ...(3)

The person can reach this path in the least time if he walks along the perpendicular line to (3) from point (−171,1722)

Slope of the line (3)=76

∴ slope of the line perpendicular to line (3)=−761=−67

The equation of the line passing through (−171,1722) and having a slope of −

Explanation:

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