Home
Class 10
MATHS
In the figure , M is the midpoint of QR ...

In the figure , M is the midpoint of QR .
` angle PRQ = 90^(@)`.
Prove that ,
`PQ^(2) = 4PM^(2) - 3PR^(2)` .

Promotional Banner

Similar Questions

Explore conceptually related problems

In the adjoining figure, M is the midpoint of QR. anglePRQ = 90^(@) prove that PQ^(2) = 4 PM^(2) - 3 PR^(2)

In the figure, M is the midpoint of QR . /_PRQ=90^(@) . Prove that PQ^(2)=4PM^(2)-3PR^(2)

In the figure, M is the midpoint of QR . /_PRQ=90^(@) . Prove that PQ^(2)=4PM^(2)-3PR^(2)

In the adjoining figure, angle PQR = 90^(@)T is the midpoint of side QR. Prove that PR^(2) = 4PT^(2) - 3PQ^(2)

In the adjoining figure , Delta PQR is an equilateral triangle. QR = RN . Prove that PN^(2) =3PR^(2)

In the figure AB = PQ, PR = 2 cm Find the length of QR.

In triangle PQR , /_PRQ=90^@ and M is the midpoint of QR. Prove that PQ^2=4PM^2-3PR^2 .

In the adjoining figure PQ = PR and angle PRQ = 70^(@) Find angle QPR.

In PQR,QM perp PR and PR^(2)-PQ^(2)=QR^(2). Prove that QM^(2)=PM xx MR