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Test Details

Half Yearly Physics

Rapid fire test

Starts

Nov 15, 8:00 PM

Duration

30 minutes

Deadline

Nov 15, 9:00 PM

Maximum marks

53.0 marks

Question type

MCQ

Total questions

50 questions

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Shivendra Singh

Myself Shivendra Singh worked in Kota as Physics Educator almost 10 years now I came in Sultanpur in covid pendemic in 2020. I have felt that students of Sultanpur need real guidance for JEE and NEET so I have started specialized PHYSICS coaching in Shashtri Nagar, Sultanpur for 11th and 12th (CBSE) , IIT-JEE and NEET.
(Mentor and counsellor for IIT-JEE and NEET)
WhatsApp your enquiry at 7014344748

Class Details

Physics By Shivendra Sir

SAHAS 2.0 (11th Class)

Physics By Shivendra Sir

Welcome to all of you in Method Guru.
You all know that whole world is suffering from covid 19 but we will be committed, dedicated and focused for our Physics syllabus whole year because Physics is very important for board exams as well as competitive exams like JEE and NEET.

Test

Work, Energy and Power

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Physics

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Shivendra Singh

Sep 15, 2022

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Practice Sheet

class-10th

Physics

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Shivendra Singh

Apr 28, 2022

Lecture

Lecture 2022-03-10

class-4th

Physics

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Shivendra Singh

Mar 10, 2022

Lecture

Lecture 2022-03-01

class-4th

Physics

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Shivendra Singh

Mar 01, 2022

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Thermodynamics,Behaviour of Perfect Gas and Kinetic Theory

class-11th

Physicsbyshivendrasir

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Shivendra Singh

Feb 20, 2022

Lecture

Lecture 2022-01-24

class-11th

Physics

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Shivendra Singh

Jan 24, 2022

Test

Rotational Dynamics

class-11th

Physicsbyshivendrasir

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Shivendra Singh

Jan 20, 2022

Study Material

EM waves lecture 1

electromagneticwaves

Physics

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Shivendra Singh

Jan 18, 2022

Test

NLM And WPE

class-11th

Physicsbyshivendrasir

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Shivendra Singh

Jan 10, 2022

Test

Kinematics

class-11th

Physicsbyshivendrasir

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Shivendra Singh

Dec 25, 2021

Study Material

Electrostatics Sheet.pdf

class-6th

Quickrevision

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Shivendra Singh

Nov 23, 2021

Study Material

AC notes.pdf

alternatingcurrent

Physics

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Shivendra Singh

Nov 10, 2021

Study Material

AC sheet.pdf

alternatingcurrent

Physics

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Shivendra Singh

Nov 10, 2021

Test

Electric Charge And Field

class-6th

Quickrevision

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Shivendra Singh

Nov 07, 2021

Lecture

Lecture 2021-10-29

class-7th

Physics

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Shivendra Singh

Oct 29, 2021

Study Material

Electric charge and field- Short Notes.pdf

class-6th

Quickrevision

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Shivendra Singh

Oct 26, 2021

Test

EMI

class-6th

Physics

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Shivendra Singh

Oct 25, 2021

Test

Magnetism

class-6th

Physics

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Shivendra Singh

Oct 14, 2021

Study Material

Study Notes - Physical World

class-11th

Physicsbyshivendrasir

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Shivendra Singh

Jul 05, 2021

Test

Oscillations

class-11th

Physics

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Manoj Kumar

Jan 18, 2022

Test

Half Yearly

class-10th

English

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Vinod singh

Dec 08, 2021

Test

N for Nature, Words and More and 12 other Topics

class-5th

Maths

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Aarti Khanduri

Dec 10, 2021

Test

Ray Optics and Optical Instruments

class-12th

Physics

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Manoj Kumar

Jan 18, 2022

Test

The Periodic Table

class-9th

Others

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kartik panda

Jan 15, 2022

Test

Electric Charge And Field

class-6th

Quickrevision

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Shivendra Singh

Nov 07, 2021

Test

Light - Reflection and Refraction

x

Physics

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Manoj Kumar

Jan 18, 2022

Test

Light - Reflection and Refraction

x

Physics

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Manoj Kumar

Jan 22, 2022

Study Material

Topic-20 Rapid Fire

class-6th

Gk

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Mausami Shrivastava

Jan 19, 2022

Study Material

Topic-20 Rapid Fire

class-6th

Gk

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Mausami Shrivastava

Jan 19, 2022

Study Material

Topic-20 Rapid Fire

class-6th

Gk

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Mausami Shrivastava

Jan 18, 2022

Study Material

Topic-20 Rapid Fire

class-6th

Gk

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Mausami Shrivastava

Jan 19, 2022

Test

Physics Half Yearly

class-11th

Physics

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veer adyani

Nov 22, 2021

Test

Half Yearly

class-8th

Mathematics

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SHREE RAM SAHU

Nov 14, 2021

Test

Half Yearly Physics Test 2021

class-6th

Mathematics

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P

Pragya Shaw

Dec 10, 2021

Test

Tenses, Nouns and 4 other Topics

class-5th

Maths

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Aarti Khanduri

Dec 10, 2021

Test

Tenses, Nouns and 4 other Topics

class-5th

Maths

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17 Views

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Aarti Khanduri

Dec 10, 2021

Test

Physics Half Yearly

class-12th

Physics

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Harshit Patle

Nov 11, 2021

Study Material

G. K.

class-3rd

Englushlanguage

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Moumita Roy

Feb 04, 2022

Study Material

G. K.

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Moumita Roy

Feb 04, 2022

Question Text

Question 1 :

By rounding off, (a) $20.96$ and (b) $0.0003125$ to three significant figures, we get

By rounding off, (a) $20.96$ and (b) $0.0003125$ to three significant figures, we get

Question 3 :

Consider the following two statements A and B and identify the correct answer.<br/>A) Two quantities which are to be added must have the same dimensions.<br/>B) Two quantities which are to be multiplied must have the same dimensions.

Consider the following two statements A and B and identify the correct answer.<br/>A) Two quantities which are to be added must have the same dimensions.<br/>B) Two quantities which are to be multiplied must have the same dimensions.

Question 7 :

A science student takes 100 observations in an experiment. Second time he takes 500 observations in the same experiment. By doing so the possible error becomes :

A science student takes 100 observations in an experiment. Second time he takes 500 observations in the same experiment. By doing so the possible error becomes :

Question 8 :

The least count of a stop watch is $\frac { 1 } { 5 } s$. The time of 20 oscillations of a pendulum is measured to be $25 s$. What is the maximum percentage error in this measurement ?

The least count of a stop watch is $\frac { 1 } { 5 } s$. The time of 20 oscillations of a pendulum is measured to be $25 s$. What is the maximum percentage error in this measurement ?

Question 9 :

In which year did Hahn and Meitner discover the phenomenon of neutron-induced fission of uranium. ?

In which year did Hahn and Meitner discover the phenomenon of neutron-induced fission of uranium. ?

Question 10 :

Antoine Henri Becquerel was awarded the Nobel Prize in $1903$ for.

Antoine Henri Becquerel was awarded the Nobel Prize in $1903$ for.

Question 11 :

Acceleration of a body projected upwards with a certain velocity is

Acceleration of a body projected upwards with a certain velocity is

Question 12 :

<p>A helicopter is flying south with a speed of $50\ kmh^{-1}$. A train is moving with the same speed towards east. The relative velocity of the helicopter as seen by the passengers in the train will be $50 \sqrt {2}\ kmh^{-1}$ towards</p>

<p>A helicopter is flying south with a speed of $50\ kmh^{-1}$. A train is moving with the same speed towards east. The relative velocity of the helicopter as seen by the passengers in the train will be $50 \sqrt {2}\ kmh^{-1}$ towards</p>

Question 13 :

From a building two balls A and B are thrown such that A is thrown upwards and B downwards (both vertically). If $\displaystyle { v }_{ A }$ and $\displaystyle { v }_{ B }$ are their respective velocities on reaching the ground, then

From a building two balls A and B are thrown such that A is thrown upwards and B downwards (both vertically). If $\displaystyle { v }_{ A }$ and $\displaystyle { v }_{ B }$ are their respective velocities on reaching the ground, then

Question 14 :

The acceleration of a body projected upwards with a certain velocity is

The acceleration of a body projected upwards with a certain velocity is

Question 15 :

If a ball is thrown vertically upwards with 40 m/s its velocity after two second will be:-

If a ball is thrown vertically upwards with 40 m/s its velocity after two second will be:-

Question 16 :

A bowling ball is rolling westward and slowing down as it approaches the end of the alley. The direction of the bowling ball's acceleration is :

A bowling ball is rolling westward and slowing down as it approaches the end of the alley. The direction of the bowling ball's acceleration is :

Question 18 :

A body P has mass 2 m and velocity 5 v. Another body Q has mass 8 m and velocity 1.25 v. Find out the ratio of momentum of P and Q.<br/>

A body P has mass 2 m and velocity 5 v. Another body Q has mass 8 m and velocity 1.25 v. Find out the ratio of momentum of P and Q.<br/>

Question 19 :

A block of mass $50\, kg$ slides over a horizontal distance of $1\,m$. If the coefficient of friction between their surfaces is $0.2$,then work done against friction is:

A block of mass $50\, kg$ slides over a horizontal distance of $1\,m$. If the coefficient of friction between their surfaces is $0.2$,then work done against friction is:

Question 20 :

A body of mass $5  kg$ undergoes a change in speed form $30 m/s$ to $40  {m}/{s}$. Its momentum would increase by

A body of mass $5  kg$ undergoes a change in speed form $30 m/s$ to $40  {m}/{s}$. Its momentum would increase by

Question 21 :

The maximum speed of a car on a road turn of radius $30\;m$, if the coefficient of friction between the tyres and the road is $0.4$, will be

The maximum speed of a car on a road turn of radius $30\;m$, if the coefficient of friction between the tyres and the road is $0.4$, will be

Question 22 :

Circular Motion can be an example of periodic motion. State whether the given statement is True or False.

Circular Motion can be an example of periodic motion. State whether the given statement is True or False.

Question 23 :

A marble is dropped vertically, Another identical marble $B$ is projected horizontally from the same point at the same instant :

A marble is dropped vertically, Another identical marble $B$ is projected horizontally from the same point at the same instant :

Question 24 :

A ball is projected at an angle ${30}^{o}$ with the horizontal. What is the component of acceleration along the velocity of projection?

A ball is projected at an angle ${30}^{o}$ with the horizontal. What is the component of acceleration along the velocity of projection?

Question 25 :

A $150$ meter long train is moving towards north with a velocity of $10m/s$. A parrot is flying in the south direction parallel to train at $5m/s$. The time taken by the parrot in crossing the train is<br>

A $150$ meter long train is moving towards north with a velocity of $10m/s$. A parrot is flying in the south direction parallel to train at $5m/s$. The time taken by the parrot in crossing the train is<br>

Question 27 :

A boy weighing $25 \ kgf$ climbs up from the first floor at a height $3 \ m$ above the ground to the third floor at a height $9 \ m$ above the ground. What will be the increase in his gravitational potential energy? (Take $ g =10 N kg^{-1}$)

A boy weighing $25 \ kgf$ climbs up from the first floor at a height $3 \ m$ above the ground to the third floor at a height $9 \ m$ above the ground. What will be the increase in his gravitational potential energy? (Take $ g =10 N kg^{-1}$)

Question 28 :

A man of 30 kg jumps up to a height of 2 m . What is his potential energy at the highest point ?

A man of 30 kg jumps up to a height of 2 m . What is his potential energy at the highest point ?

Question 29 :

Name the type of energy (kinetic energy $K$ or potential energy $U$) possessed in a compressed spring:

Name the type of energy (kinetic energy $K$ or potential energy $U$) possessed in a compressed spring:

Question 31 :

 The mass of a loaded truck $10$ tonnes is going at a speed of $20 \ kmph$. A box of mass $2$ tonnes slips from it and falls on the road. Find the final velocity of truck (assume that the power of the engine is constant) ?<br/>

 The mass of a loaded truck $10$ tonnes is going at a speed of $20 \ kmph$. A box of mass $2$ tonnes slips from it and falls on the road. Find the final velocity of truck (assume that the power of the engine is constant) ?<br/>

Question 33 :

A ball of mass M moving with a velocity V collides head on elastically with another of same mass but moving with a velocity v in the opposite direction. After collision,<br>

A ball of mass M moving with a velocity V collides head on elastically with another of same mass but moving with a velocity v in the opposite direction. After collision,<br>

Question 34 :

The coefficient of restitution of a perfectly elastic collision is :

The coefficient of restitution of a perfectly elastic collision is :

Question 35 :

The orbital angular velocity vector of a geostationary satellite and the spin angular velocity vector of the earth are<br>

The orbital angular velocity vector of a geostationary satellite and the spin angular velocity vector of the earth are<br>

Question 36 :

Acceleration due to gravity ---------- with height from the surface of the earth.

Acceleration due to gravity ---------- with height from the surface of the earth.

Question 37 :

Time period of a satellite in an orbit of radius R is T. Its period of revolution in an orbit of radius 4R will be<br>

Time period of a satellite in an orbit of radius R is T. Its period of revolution in an orbit of radius 4R will be<br>

Question 38 :

If the earth stops rotating, the apparent value of $g$ on its surface will<br>

If the earth stops rotating, the apparent value of $g$ on its surface will<br>

Question 39 :

The escape velocity of a sphere of mass $m$ is given by<br>

The escape velocity of a sphere of mass $m$ is given by<br>

Question 41 :

The escape velocity of a body from the earth is $u$. What is the escape velocity from a planet whose mass and radius are twice those of the earth?<br>

The escape velocity of a body from the earth is $u$. What is the escape velocity from a planet whose mass and radius are twice those of the earth?<br>

Question 42 :

To have an earth synchronous satellites it should be launched at the proper height moving from

To have an earth synchronous satellites it should be launched at the proper height moving from

Question 43 :

The linear velocity of a particle at the N- pole of the earth due to its rotation is:<br/>

The linear velocity of a particle at the N- pole of the earth due to its rotation is:<br/>

Question 45 :

A flywheel rotates at a constant speed of $3000\ rpm$. The angle described by the shaft in radian in one second is:<br/>

A flywheel rotates at a constant speed of $3000\ rpm$. The angle described by the shaft in radian in one second is:<br/>

Question 46 :

A car is travelling at a given instant 40 m/s on a circular road of radius 400 m. Its speed is increasing at the rate 3 m/s. Its  acceleration is

A car is travelling at a given instant 40 m/s on a circular road of radius 400 m. Its speed is increasing at the rate 3 m/s. Its  acceleration is

Question 47 :

A closed tube partially filled with water lies in a horizontal plane. If the tube is rotated about perpendicular bisector, the moment of inertia of the system will

A closed tube partially filled with water lies in a horizontal plane. If the tube is rotated about perpendicular bisector, the moment of inertia of the system will

Question 49 :

The average angular velocity of the spinning motion of the Earth in $rads^{-1}$ will be :<br/>

The average angular velocity of the spinning motion of the Earth in $rads^{-1}$ will be :<br/>

Question 50 :

The moment of inertia of a disc of radius 0.5 m about its geometric axis is 2 kg-$m^2$. If a string is tied to its circumference and a force of 10 Newton is applied, the value of torque with respect to this axis will be :-

The moment of inertia of a disc of radius 0.5 m about its geometric axis is 2 kg-$m^2$. If a string is tied to its circumference and a force of 10 Newton is applied, the value of torque with respect to this axis will be :-

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