The locus of point for which the
Sum of the coordinates axes
9 then
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The locus of point for which the
Sum of the coordinates axes
9 then
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Answer:
Given Below
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Answer: Answer is Below
Let our points be (x,y)
Let our points be (x,y) Also we know that,
Let our points be (x,y) Also we know that, Distance of any point from x-axis = magnitude of its y coordinate,
Let our points be (x,y) Also we know that, Distance of any point from x-axis = magnitude of its y coordinate, And the distance of any point from y-axis = magnitude of its x coordinate
Let our points be (x,y) Also we know that, Distance of any point from x-axis = magnitude of its y coordinate, And the distance of any point from y-axis = magnitude of its x coordinate From the question we have
Let our points be (x,y) Also we know that, Distance of any point from x-axis = magnitude of its y coordinate, And the distance of any point from y-axis = magnitude of its x coordinate From the question we have∣x∣
Let our points be (x,y) Also we know that, Distance of any point from x-axis = magnitude of its y coordinate, And the distance of any point from y-axis = magnitude of its x coordinate From the question we have∣x∣ 2
Let our points be (x,y) Also we know that, Distance of any point from x-axis = magnitude of its y coordinate, And the distance of any point from y-axis = magnitude of its x coordinate From the question we have∣x∣ 2 +∣y∣
Let our points be (x,y) Also we know that, Distance of any point from x-axis = magnitude of its y coordinate, And the distance of any point from y-axis = magnitude of its x coordinate From the question we have∣x∣ 2 +∣y∣ 2
Let our points be (x,y) Also we know that, Distance of any point from x-axis = magnitude of its y coordinate, And the distance of any point from y-axis = magnitude of its x coordinate From the question we have∣x∣ 2 +∣y∣ 2 =25
Let our points be (x,y) Also we know that, Distance of any point from x-axis = magnitude of its y coordinate, And the distance of any point from y-axis = magnitude of its x coordinate From the question we have∣x∣ 2 +∣y∣ 2 =25Implying that
Let our points be (x,y) Also we know that, Distance of any point from x-axis = magnitude of its y coordinate, And the distance of any point from y-axis = magnitude of its x coordinate From the question we have∣x∣ 2 +∣y∣ 2 =25Implying thatx
Let our points be (x,y) Also we know that, Distance of any point from x-axis = magnitude of its y coordinate, And the distance of any point from y-axis = magnitude of its x coordinate From the question we have∣x∣ 2 +∣y∣ 2 =25Implying thatx 2
Let our points be (x,y) Also we know that, Distance of any point from x-axis = magnitude of its y coordinate, And the distance of any point from y-axis = magnitude of its x coordinate From the question we have∣x∣ 2 +∣y∣ 2 =25Implying thatx 2 +y
Let our points be (x,y) Also we know that, Distance of any point from x-axis = magnitude of its y coordinate, And the distance of any point from y-axis = magnitude of its x coordinate From the question we have∣x∣ 2 +∣y∣ 2 =25Implying thatx 2 +y 2
Let our points be (x,y) Also we know that, Distance of any point from x-axis = magnitude of its y coordinate, And the distance of any point from y-axis = magnitude of its x coordinate From the question we have∣x∣ 2 +∣y∣ 2 =25Implying thatx 2 +y 2 =25
Let our points be (x,y) Also we know that, Distance of any point from x-axis = magnitude of its y coordinate, And the distance of any point from y-axis = magnitude of its x coordinate From the question we have∣x∣ 2 +∣y∣ 2 =25Implying thatx 2 +y 2 =25solution