PQR is an equilateral triangle and QRST is a square. Then ∠PSR is

In the given figure, if \( P Q R \) is an equilateral triangle and QRST is a square, then \( \an...

In the given figure, PQR is an equilateral triangle and QRST is a square. Then ∠PSR is

PQR is a equilateral triangle and QRST is a square.prove that:- PT=PS angle SR=15°

In the given figure TPQ is equilateral triangle formed on a side PQ of a square PQRS. show that

\( P Q R S \) is a square and \( S R T \) is an equilateral triangle. Prove that (i) \( P T=Q T ...

PQRS is a square and SRT is an equilateral triangle. Prove that (i) PT = QT (ii) ∠TQR = 15°

In the figure BCDE is a square and ABC is an equilateral triangle then ADC is

1Lines and Angles + 1 Triangle + 1Quadrilateral

IX Triangles In figure, PQRS is a square and SRT is an equilateral triangle Prove that i PT QT ,

In the given figure, PQRS is a square and SRT is an equilateral triangle. Prove that (i) \( \mat...

In the adjoining figure, A B C D is a square and E D C is an equilateral triangle. Prove that (i)...

Ex 7 3 Class 9 Maths Question EXAMPLE 7

84. PQRS is a rectangle in which side of PQ = 24 cm and QR = 16 cm. T is point on RS. || edu214

Triangles (Q # 1 to 13) # Chapter 7 # Class 9 # SOF

60. PQRS is a square whose side is 16 cm. What is the value of the side (in cm) of the || edu214

In the figure, given below, triangle ABC is right-angled at B. ABPQ and ACRS are squares. Prove ...

In the given figure, \( \mathrm{PS}=\mathrm{QR} \) and \( \angle \mathrm{SPQ}=\angle \mathrm{RQP...

In the given figure, if \( A Y \perp Z Y \) and \( B Y \perp X Y \), such that \( A Y=Z Y \) and...

In the fig.BA prpndiculr to AC and DE prpendiculr to EF such that BA=DE and BF=DC.Prove that AC =EF.

In the given figure, \( \mathrm{X} \) and \( \mathrm{Y} \) are two points on equal sides \( \mat...

In aQ R, if P Q=Q R and L, M and N are the mid-points of the sides P Q, Q R and R P respectively....

CBSE-IX-Congruent Triangles-Session-2(21/11/2023)

CBSE-IX-Congruent Triangles-MR-8(18/10/2022)

91. In ∆ABC, D and E are the points on sides AC and AB, respectively, such that ∠ADE= || edu214