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Maths-

General

Easy

Question

Compute the value of x in the given figure.

$40^{\circ}$
$50^{\circ}$
$60^{\circ}$
$45^{\circ}$ .

The correct answer is: $50 to the power of ring operator end exponent$

By solving the figure we should find value of x
$F r o m space t h e space f i g u r e space i t space i s space c l e a r space t h a t angle A B C equals 180 minus 120 equals 60 degree S i m i l a r l y angle A C B equals 180 minus 110 degree equals 70 degree W e space k n o w space t h a t space s u m space o f space a n g l e s space i n space t r i a n g l e space equals 180 degree H e n c e space x equals 180 minus 70 minus 60 x equals 50 degree$

Hence option B is correct

Related Questions to study

Compute the value of x in the given figure.

Choice 4 is correct

Compute the value of x in the given figure.

Choice 4 is correct

In the given figure, if $P Q parallel to R S comma angle M X Q equals 135 to the power of ring operator end exponent$ and $angle M Y R equals 40 to the power of ring operator end exponent$ then the value of $angle X M Y$ is

Hence 85^o is correct option

In the given figure, if $P Q parallel to R S comma angle M X Q equals 135 to the power of ring operator end exponent$ and $angle M Y R equals 40 to the power of ring operator end exponent$ then the value of $angle X M Y$ is

Hence 85^o is correct option

In figure, if $A B parallel to C D comma C D parallel to E F$ and y : z = 3 : 7, x = ?

Hence x=126 choice 4 is correct

In figure, if $A B parallel to C D comma C D parallel to E F$ and y : z = 3 : 7, x = ?

Hence x=126 choice 4 is correct

parallel

In figure, if $A B parallel to D E comma angle B A C equals 35 to the power of ring operator end exponent$ and $angle C D E equals 53 to the power of ring operator end exponent comma angle D C E$ = ?

Hence 92^o
is correct choice

In figure, if $A B parallel to D E comma angle B A C equals 35 to the power of ring operator end exponent$ and $angle C D E equals 53 to the power of ring operator end exponent comma angle D C E$ = ?

Hence 92^o
is correct choice

In figure, sides QP and RQ of $triangle P Q R$ are produced to points S and T respectively. If $angle S P R equals 135 to the power of ring operator end exponent$ and $angle P Q T equals 110 to the power of ring operator end exponent comma angle P R Q$ =?

Hence choice A is correct

In figure, sides QP and RQ of $triangle P Q R$ are produced to points S and T respectively. If $angle S P R equals 135 to the power of ring operator end exponent$ and $angle P Q T equals 110 to the power of ring operator end exponent comma angle P R Q$ =?

Hence choice A is correct

A conductor PQ carries a current 'i' is placed perpendicular to a long conductor XY carrying a current I. The direction of force on PQ will be :–

A conductor PQ carries a current 'i' is placed perpendicular to a long conductor XY carrying a current I. The direction of force on PQ will be :–

physics-General

parallel

A circular current loop of radius a is placed in a radial field B as shown. The net force acting on the loop is

A circular current loop of radius a is placed in a radial field B as shown. The net force acting on the loop is

physics-General

All straight wires are very long. Both AB and CD are arcs of the same circle, both subtending right angles at the centre O. Then the magnetic field at O is–

All straight wires are very long. Both AB and CD are arcs of the same circle, both subtending right angles at the centre O. Then the magnetic field at O is–

physics-General

A steady current is set up in a cubic network composed of wires of equal resistance and length d as shown in figure. What is the magnetic field at the centre P due to the cubic network ?

A steady current is set up in a cubic network composed of wires of equal resistance and length d as shown in figure. What is the magnetic field at the centre P due to the cubic network ?

physics-General

parallel

An infinitely long straight conductor is bent into the shape as shown in figure. It carries a current I ampere and the radius of the circular loop is r meter. Then the magnetic induction at the centre of the circular part is

An infinitely long straight conductor is bent into the shape as shown in figure. It carries a current I ampere and the radius of the circular loop is r meter. Then the magnetic induction at the centre of the circular part is

physics-General

chemistry-General

What is A in the following reaction?

What is A in the following reaction?

chemistry-General

parallel

chemistry-General

In the given figure, B is magnetic field at P due to shown segment AB of an infinite current carrying wire. A loop is taken as shown in figure. Which of the following statement(s) is/are correct

In the given figure, B is magnetic field at P due to shown segment AB of an infinite current carrying wire. A loop is taken as shown in figure. Which of the following statement(s) is/are correct

physics-General

A circular current carrying loop of radius R is bent about its diameter by $.90 to the power of ring operator end exponent$ and placed in a magnetic field $stack B with rightwards arrow on top equals B subscript 0 end subscript left parenthesis stack i with bar on top plus stack j with tilde on top right parenthesis$ as shown in figure.

A circular current carrying loop of radius R is bent about its diameter by $.90 to the power of ring operator end exponent$ and placed in a magnetic field $stack B with rightwards arrow on top equals B subscript 0 end subscript left parenthesis stack i with bar on top plus stack j with tilde on top right parenthesis$ as shown in figure.

physics-General

parallel

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