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Maths-

General

Easy

Question

Find the value of ‘x’ in the given figure

200°
150°
240°
220°

The correct answer is: 240°

$O P Q R space i s space c y c l i c space q u a d r i l a t e r a l angle R O P plus angle R Q P equals 180 to the power of ring operator left parenthesis s u m space o f space e i t h e r space p a i r space o f o p p o s i t e space a n g l e s space i n space q u a d r i l a t e r a l space i s space 180 space right parenthesis 60 plus x equals 180 to the power of ring operator x equals 120 to the power of ring operator$

Related Questions to study

‘0’ is the centre of the circle and $B A C plus B O C equals 120 to the power of ring operator end exponent text then end text angle C O B equals$

‘0’ is the centre of the circle and $B A C plus B O C equals 120 to the power of ring operator end exponent text then end text angle C O B equals$

In the given diagram $fraction numerator A O over denominator O C end fraction equals fraction numerator B O over denominator O D end fraction equals fraction numerator 1 over denominator 2 end fraction$ and $A B equals 5 c m.$ Find the value of DC.

In the given diagram $fraction numerator A O over denominator O C end fraction equals fraction numerator B O over denominator O D end fraction equals fraction numerator 1 over denominator 2 end fraction$ and $A B equals 5 c m.$ Find the value of DC.

In the given figure, find the values of x y, and z.

In the given figure, find the values of x y, and z.

parallel

ABCD is a quadrilateral. AD and BD are the angle bisectors of angle A and B which meet at ‘O’. If $C equals 70 to the power of ring operator end exponent comma L equals 50 to the power of ring operator end exponent. text Find end text left floor A O B$

ABCD is a quadrilateral. AD and BD are the angle bisectors of angle A and B which meet at ‘O’. If $C equals 70 to the power of ring operator end exponent comma L equals 50 to the power of ring operator end exponent. text Find end text left floor A O B$

In the unit Square, find the distance from E to $stack A D with bar on top$ in terms of a and b, the lengths of DF and AG , respectively.

In the unit Square, find the distance from E to $stack A D with bar on top$ in terms of a and b, the lengths of DF and AG , respectively.

ABCD is a Parallelogram, $A E perpendicular D C$ and $C F perpendicular A D$ If DC=16cm, AE = 8 cm and CF = 10 cm, Find AD

ABCD is a Parallelogram, $A E perpendicular D C$ and $C F perpendicular A D$ If DC=16cm, AE = 8 cm and CF = 10 cm, Find AD

parallel

Two Rectangles ABCD and DBEF are as shown in the figure. The area of Rectangle DBEF is

Two Rectangles ABCD and DBEF are as shown in the figure. The area of Rectangle DBEF is

In the g iven f igure, ABCD is a Cyc lic $stack D E with bar on top perpendicular stack A B with bar on top comma B A O equals 40 to the power of ring operator end exponent comma Q A D equals 20 to the power of ring operator end exponent$ and $∣ O C D equals 50 to the power of ring operator end exponent$ then $A B C equals$

In the g iven f igure, ABCD is a Cyc lic $stack D E with bar on top perpendicular stack A B with bar on top comma B A O equals 40 to the power of ring operator end exponent comma Q A D equals 20 to the power of ring operator end exponent$ and $∣ O C D equals 50 to the power of ring operator end exponent$ then $A B C equals$

In the f igure be low $stack A B with bar on top parallel to stack D C with bar on top comma stack A E with rightwards arrow on top parallel to stack B C with bar on top$ and $stack A F with bar on top parallel to stack B D with bar on top$ If $D equals x to the power of ring operator end exponent comma C equals y to the power of 0 end exponent comma open floor E A B equals k to the power of ring operator end exponent close$ and $A B P equals p to the power of ring operator end exponent comma$ then which of the following is correct ?

In the f igure be low $stack A B with bar on top parallel to stack D C with bar on top comma stack A E with rightwards arrow on top parallel to stack B C with bar on top$ and $stack A F with bar on top parallel to stack B D with bar on top$ If $D equals x to the power of ring operator end exponent comma C equals y to the power of 0 end exponent comma open floor E A B equals k to the power of ring operator end exponent close$ and $A B P equals p to the power of ring operator end exponent comma$ then which of the following is correct ?

parallel

If ABCD is a square, MDC is an Equilateral Triangle,find the value of x .

If ABCD is a square, MDC is an Equilateral Triangle,find the value of x .

If PQRS is a Square and STR is an Equilateral Triangle,find the value of a

If PQRS is a Square and STR is an Equilateral Triangle,find the value of a

In a Trapezium ABCD, as shown, $A B parallel to D C comma A D equals D C equals B C equals 20 c m blank$ and $A equals 60 to the power of ring operator end exponent$ then length of AB is

In a Trapezium ABCD, as shown, $A B parallel to D C comma A D equals D C equals B C equals 20 c m blank$ and $A equals 60 to the power of ring operator end exponent$ then length of AB is

parallel

In the following diagram, the bisectors of interior angles of the Parallelogram PQRS enclose a Quadrilateral ABCD. Then find angle A.

In the following diagram, the bisectors of interior angles of the Parallelogram PQRS enclose a Quadrilateral ABCD. Then find angle A.

In a regular hexagon ABCDEF, $stack A B with rightwards arrow on top equals stack P with rightwards arrow on top$ and $stack B C with rightwards arrow on top equals stack Q with rightwards arrow on top$ then find $stack F A with rightwards arrow on top$

In a regular hexagon ABCDEF, $stack A B with rightwards arrow on top equals stack P with rightwards arrow on top$ and $stack B C with rightwards arrow on top equals stack Q with rightwards arrow on top$ then find $stack F A with rightwards arrow on top$

physics-General

The resultant of the three vectors and $stack 0 C with minus on top$ has magnitude ( R= Radius of the circle)

The resultant of the three vectors and $stack 0 C with minus on top$ has magnitude ( R= Radius of the circle)

physics-General

parallel

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