P(2,6), Q(-4,1), a: b=1:2 find the co-ordinates of point A which divides segment PQ in the ratio a:b.
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26
Given,
Co-ordinates of the Point P (x₁, y₁) = (2,6)
Co-ordinates of the Point Q (x₂, y₂) = (-4,1)
Ration of division ( m₁:m₂) = 1 : 2
Now, Using the Section Formula,
P(x,y) = [(m₁x₂ + m₂x₁)/(m₁ + m₂) , (m₁y₂ + m₂y₁)/(m₁ + m₂)]
= [(1 × -4 + 2 × 2)/(1 + 2) , (1 × 1 + 2 × 6 )/(1 + 2)]
= [0/3 , 13/3]
= (0,13/3)
Hence, the co-ordinates of the Point P is (0,13/3).
Hope it helps.
Co-ordinates of the Point P (x₁, y₁) = (2,6)
Co-ordinates of the Point Q (x₂, y₂) = (-4,1)
Ration of division ( m₁:m₂) = 1 : 2
Now, Using the Section Formula,
P(x,y) = [(m₁x₂ + m₂x₁)/(m₁ + m₂) , (m₁y₂ + m₂y₁)/(m₁ + m₂)]
= [(1 × -4 + 2 × 2)/(1 + 2) , (1 × 1 + 2 × 6 )/(1 + 2)]
= [0/3 , 13/3]
= (0,13/3)
Hence, the co-ordinates of the Point P is (0,13/3).
Hope it helps.
Answered by
3
Given,
Coordinates of the Point P (x1, y1) =
(2,6)
Coordinates of the Point Q (X2, y2) =
(-4,1)
Ration of division ( m,:m2) = 1:2
Now, Using the Section Formula,
P(x.y) = [(m,x, + m2X,)/(m, + m2) , (m,y2 + = [(1 × -4 + 2 x 2)/(1+ 2), (1 x 1+ 2 =
məy;)/(m, + m2)1
x 6 )/(1 + 2)]
= [0/3, 13/3]
= (0,13/3) =
Hence, the co-ordinates of the Point P is (0,13/3).
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