Have a query? Ask a Tutor!!

Access to best educators and exclusive paper discussions

Can’t find what you’re looking for?

Our tutors are from top schools around the world, and they are waiting for you 24/7, anytime, anywhere.

Homework- One to One Solutions
Understand concepts to solve better
Get your doubts solved instantly

Maths-

General

Easy

Question

$triangle A B C$ is an Isosceles Triangle, if $A equals 92 to the power of ring operator end exponent$ then find ABD .

44°
88°
92°
136°

The correct answer is: 88°

$I n space i s o s c e l e s space t r i a n g l e space comma t w o space s i d e s space a r e space e q u a l space a n d space h e n c e space t w o space a n g l e s space f o r m e d space b y space t h e space e q u a l space s i d e s space a r e space a l s o space e q u a l I n space t r i a n g l e space A B C space comma angle A equals 92 to the power of ring operator A c c space t o space a n g l e space s u m space p r o p e r t y space t h e space s u m space o f space a l l space a n g l e s space o f space a space t r i a n g l e space w i l l space b e space e q u a l space t o space 180 to the power of ring operator S o space i t space i s space c l e a r space t h a t space angle B space a n d space angle C space a r e space e q u a l space a n g l e s L e t space angle B space b e space x space t h e n space angle C space w i l l space a l s o space b e space x angle A plus angle B plus angle C equals 180 to the power of ring operator 92 plus x plus x equals 180 to the power of ring operator 2 x equals 88 to the power of ring operator x equals 44 to the power of ring operator angle A B D equals angle B plus angle C space space left parenthesis e x t e r i o r space a n g l e space o f space a space t r i a n g l e space i s space e q u a l space t o space t h e space s u m space o f space b o t h space o p p o s i t e space i n t e r i o r space a n g l e s right parenthesis angle A B D equals 44 to the power of ring operator plus 44 to the power of ring operator equals 88 to the power of ring operator$

Related Questions to study

Lines PS, QT and RU intersect at a common point ‘O’. P is joined to Q, R to S and T to U to form tr iangles. Then f ind the value of $angle P plus angle Q plus angle R plus angle S plus angle T plus angle U equals$

Lines PS, QT and RU intersect at a common point ‘O’. P is joined to Q, R to S and T to U to form tr iangles. Then f ind the value of $angle P plus angle Q plus angle R plus angle S plus angle T plus angle U equals$

find the value of x in given figure. $blank l parallel to m$ and $text PI|Q end text$

find the value of x in given figure. $blank l parallel to m$ and $text PI|Q end text$

find the value of x in given figure. $text PIIQ. end text$

find the value of x in given figure. $text PIIQ. end text$

parallel

if $l parallel to m$ find the value of x in given figure.

if $l parallel to m$ find the value of x in given figure.

if $l parallel to m$ find the value of ‘x’ in the given figure.

if $l parallel to m$ find the value of ‘x’ in the given figure.

In $triangle A B C comma angle B colon angle C equals 3 colon 2 comma angle B$ then find $angle B$ in the figure.

In $triangle A B C comma angle B colon angle C equals 3 colon 2 comma angle B$ then find $angle B$ in the figure.

parallel

if y=2x,z=3x,r=4x then find y in the given figure.

if y=2x,z=3x,r=4x then find y in the given figure.

In the given figure, if $x colon y colon z equals 1 colon 2 colon 3$ find x y z

In the given figure, if $x colon y colon z equals 1 colon 2 colon 3$ find x y z

Find the value of a+b in the given figure

Find the value of a+b in the given figure

parallel

The figure shows a ray incident at an angle $i equals pi divided by 3$ . If the plot drawn shown the variation of $vertical line r minus i vertical line$ versus $mu subscript 1 over mu subscript 2 equals k$ , (r=angle of refraction

The figure shows a ray incident at an angle $i equals pi divided by 3$ . If the plot drawn shown the variation of $vertical line r minus i vertical line$ versus $mu subscript 1 over mu subscript 2 equals k$ , (r=angle of refraction

physics-General

The refracting media are separated by a spherical interface as shown in the figure. PP' is the principal axis, $mu subscript 1 end subscript$ and $mu subscript 2 end subscript$ are the refractive indices of medium of incidence and medium of refraction respectively. Then :

The refracting media are separated by a spherical interface as shown in the figure. PP' is the principal axis, $mu subscript 1 end subscript$ and $mu subscript 2 end subscript$ are the refractive indices of medium of incidence and medium of refraction respectively. Then :

physics-General

In the figure shown a point object 0 is placed in air on the principal axis. The radius of curvature of the spherical surface is 60 cm. I_f is the final image formed after all the refractions and reflections.

In the figure shown a point object 0 is placed in air on the principal axis. The radius of curvature of the spherical surface is 60 cm. I_f is the final image formed after all the refractions and reflections.

physics-General

parallel

In the diagram shown, a ray of light is incident on the interface between 1 and 2 at angle slightly greater than critical angle. The light suffers total internal reflection at this interface. After that the light ray falls at the interface of 1 and 3, and again it suffers total internal reflection. Which of the following relations should hold true?

In the diagram shown, a ray of light is incident on the interface between 1 and 2 at angle slightly greater than critical angle. The light suffers total internal reflection at this interface. After that the light ray falls at the interface of 1 and 3, and again it suffers total internal reflection. Which of the following relations should hold true?

physics-General

A curved surface of radius $R$ separates two medium of refractive indices $m subscript 1 end subscript$ and $m subscript 2 end subscript$ as shown in figures A and B

Identify the correct statement (s) related to the formation of images of a real object placed at x from the pole of the concave surface, as shown in figure B

A curved surface of radius $R$ separates two medium of refractive indices $m subscript 1 end subscript$ and $m subscript 2 end subscript$ as shown in figures A and B

Identify the correct statement (s) related to the formation of images of a real object placed at x from the pole of the concave surface, as shown in figure B

physics-General

Three right angled prisms of refractive indices $n subscript 1 end subscript comma n subscript 2 end subscript$ and $n subscript 3 end subscript$ are fixed together using an optical glue as shown in figure. If a ray passes through the prisms without suffering any deviation, then

Three right angled prisms of refractive indices $n subscript 1 end subscript comma n subscript 2 end subscript$ and $n subscript 3 end subscript$ are fixed together using an optical glue as shown in figure. If a ray passes through the prisms without suffering any deviation, then

physics-General

parallel

card img

With Turito Academy.

card img

With Turito Foundation.

card img

Get an Expert Advice From Turito.

Turito Academy

card img

With Turito Academy.

Test Prep

card img

With Turito Foundation.