Fsc 1st Year Physics Chapter 3 Short Questions with Answers Online Preparation

Ilmkidunya.com has come with the idea of online short questions with answers session for the student’s of 11th class to prepare the objective paper online. These short questions with answers are taken from the chapter. These short questions will help the students to understand the nature of questions asked in the board exams. Taking in a due notice of the problems of the students ilmkidunya.com’s experts have tried to resolve all the issues of the students by creating an online test session of MCQs and Short questions with answers of all subjects and to ease it the sessions are chapter wise to grab the important questions.

Chapter 3 Online Short Questions Preparation

Every physical process involves the movement of some sort. Due to its importance in the physical world around us, it is logical that we should give due attention to the study of motion. We are already aware of the fact that motion and rest are relative. Here in this chapter we shall learn other related topics in some more details.

At the end of this first-year physics online chapter 3 test session students will be able to:

Understand and define displacement from its definition and illustration.

Understand velocity, average velocity, and instantaneous velocity

Understand acceleration, average, acceleration, and instantaneous velocity

Describing the significance of the area under the velocity-time graph

Recall Newton’s law of motion

Describe Newton’s second law of motion as the rate of change of momentum

Exams are near and want the preparation to be accurate and according to the standards, then download the past papers and guess papers from our website. Lacking behind in lectures and understanding of topics or chapters then download the notes or take the online lectures. Exams are near and waiting for the date sheet no worries download it from the date sheet section. Exams are over and waiting for the result, and then the wait may over as you can check the result also.

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FSC Part 1 Physics Preparation

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FSC Part 1 Subjects

Online Short Questions For Chapter 3 "FSC Part 1 Physics Chapter 3 Short Questions Preparation "

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Total Questions10
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Physics - FSC Part 1 Physics Chapter 3 Short Questions Preparation

Question # 1

Find on expression for horizontal rang of projectile?

Ans 1:

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Prepare Complete Set Wise Questions For Chapter 3 "FSC Part 1 Physics Chapter 3 Short Questions Preparation "

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Set 2

10 Questions
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Set 3

10 Questions
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Set 4

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Set 5

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Set 6

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FSC Part 1 Physics Chapter 3 Short Questions Preparation - Set 1

Question # 1

Find on expression for horizontal rang of projectile?

Ans 1:

Submit

FSC Part 1 Physics Chapter 3 Short Questions Preparation - Set 2

Question # 1

Define the following terms?
Acceleration
Uniform Acceleration
Variable Acceleration
Radical Acceleration
Linear Acceleration
Positive Acceleration
Negative Acceleration
Instantaneous Acceleration

Ans 1: Acceleration:The rate of change of velocity is known as acceleration.
Mathematically, we have
Acceleration = v/t It is a vector quantity. It SI unit m/sec²
Dimensions of acceleration:We know that
V= Displacement / time = m/sec= Length / Time
V=[L T^-1]
Dimensions of acceleration:We Known that
a = Velocity/time = m/sec . sec = m/sec^-2
a = Length/time² a = [L T^-2]
Uniform Acceleration:A body is said to be moving with the uniform acceleration if equal change occurs in velocity in equal intervals of time.
Variable Acceleration:A body is said to be moving with variable Acceleration if unequal change occurs in velocity in equal intervals intervals of time.
Linear Acceleration:The acceleration which is produced due to change in magnitude of velocity is known as linear acceleration.
Radical Acceleration:The acceleration which is produced due to change indirection of velocity is known as radical acceleration.
Positive Acceleration:The acceleration is said to be positive if the magnitude of velocity increases with respect to time.
Negative Acceleration:The acceleration will be magnitude of velocity decreases with respect to time.
InstantaneousAcceleration:The acceleration of a body at any particular instant of time is known as instantaneous acceleration.

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FSC Part 1 Physics Chapter 3 Short Questions Preparation - Set 3

Question # 1

Define linear momentum ? Express Newton,s 2nd Law in terms of momentum?

Ans 1:

Question # 6

Discuss the condition of equilibrium ?

Ans 1:
Newtons 1st Law of motion: This Law states that "A body at rest will remain at rest and a body in motion will continue its motion with uniform velocity unless it is acted upon by some unbalanced external force
If F = 0 Then a = 0
Explanation: The Ist law of motion is also known as law of inertia. The inertia is the property of a body which opposes any change in its state of motion or rest. Actually, when some force is applied on a body for changing its state of rest or uniform motion, then the body will affer resistance against this change. In the word, We can say that all the bodies try to maintain its state of rest or continue its uniform motion due to inertia. That is the why the newtons Ist law is also known as law of inertia.
Examples:When we give a jerk to the branch of a tree, then the fruit falls down. It is because, when we give a jerk, the branch of the tree comes into motion suddenly.
When a bus starts motion suddenly, the passengers experience a push in the back ward direction It is because, when the bus starts motion suddenly, the lower parts of the passenger in contact with the seats also come into motion. while the upper parts of the passengers are at remain at the rest In this attempt, they falls in the back words directions
Newton's 2nd Law of motion:
Statements: This law states that, "when a force is applied on a body, then acceleration is produced in the body in the direction of applied force and inversely proportional to the mass of the body.
Explanation: The Ist Law of motion gives us the quantitative measurements of force, While the 2nd law of motion gives us the quantitative measurements of forces. now if the direction of motion of the body and direction of motion of the body and direction of forces are the same, then its velocity and acceleration increases. If the direction of motion of the body and direction of force are opposite in direction of force are opposite in direction, then the velocity and acceleration of the body will decreases gradually and finally become zero and the body will come to rest
Example of newtons 2nd law of motion:
When a body falls on a solid floor from the top of a building, the body experience or feel great pain. It is because, when the body falls on the floor, its acceleration become zero suddenly and the body faces huge force for very short period of time
Newton,s 3rd Law of motion:
This Law states that for every action, there is always a reaction. These forces are equal in magnitude but opposite in direction.
Explanation: This law tells us that no body can experience a force from its surrounding, until this body exerts any force on its surrounding It means That forces are exerted in pairs.

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FSC Part 1 Physics Chapter 3 Short Questions Preparation - Set 4

Question # 1

Discuss the velocity-Time Graph ?

Ans 1:

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FSC Part 1 Physics Chapter 3 Short Questions Preparation - Set 5

Question # 1

Name the quantities which can be calculated from velocity-time graph and these can be calculated ?

Ans 1: Distance moved by the body and its acceleration can be calculated by the velocity-time graph.
Area under the velocity time graph line is equal to the distance covered by the body. Slope of the tangent at any point gives the instantaneous acceleration at that point.

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FSC Part 1 Physics Chapter 3 Short Questions Preparation - Set 6

Question # 1

Find a relation for magnitude of velocity of projectile and direction of projectile?

Ans 1:

Question # 2

Discuss the condition of equilibrium ?

Ans 1:
Newtons 1st Law of motion: This Law states that "A body at rest will remain at rest and a body in motion will continue its motion with uniform velocity unless it is acted upon by some unbalanced external force
If F = 0 Then a = 0
Explanation: The Ist law of motion is also known as law of inertia. The inertia is the property of a body which opposes any change in its state of motion or rest. Actually, when some force is applied on a body for changing its state of rest or uniform motion, then the body will affer resistance against this change. In the word, We can say that all the bodies try to maintain its state of rest or continue its uniform motion due to inertia. That is the why the newtons Ist law is also known as law of inertia.
Examples:When we give a jerk to the branch of a tree, then the fruit falls down. It is because, when we give a jerk, the branch of the tree comes into motion suddenly.
When a bus starts motion suddenly, the passengers experience a push in the back ward direction It is because, when the bus starts motion suddenly, the lower parts of the passenger in contact with the seats also come into motion. while the upper parts of the passengers are at remain at the rest In this attempt, they falls in the back words directions
Newton's 2nd Law of motion:
Statements: This law states that, "when a force is applied on a body, then acceleration is produced in the body in the direction of applied force and inversely proportional to the mass of the body.
Explanation: The Ist Law of motion gives us the quantitative measurements of force, While the 2nd law of motion gives us the quantitative measurements of forces. now if the direction of motion of the body and direction of motion of the body and direction of forces are the same, then its velocity and acceleration increases. If the direction of motion of the body and direction of force are opposite in direction of force are opposite in direction, then the velocity and acceleration of the body will decreases gradually and finally become zero and the body will come to rest
Example of newtons 2nd law of motion:
When a body falls on a solid floor from the top of a building, the body experience or feel great pain. It is because, when the body falls on the floor, its acceleration become zero suddenly and the body faces huge force for very short period of time
Newton,s 3rd Law of motion:
This Law states that for every action, there is always a reaction. These forces are equal in magnitude but opposite in direction.
Explanation: This law tells us that no body can experience a force from its surrounding, until this body exerts any force on its surrounding It means That forces are exerted in pairs.

Submit

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11th Class Physics Chapter 3 Preparation

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First Year Physics Chapter 3 Online Short Questions Preparation for 1st Year Physics Chapter 3 (Motion and Force)

Chapter 3 Online Short Questions Preparation

At the end of this first-year physics online chapter 3 test session students will be able to:

Understand and define displacement from its definition and illustration.

Understand velocity, average velocity, and instantaneous velocity

Understand acceleration, average, acceleration, and instantaneous velocity

Describing the significance of the area under the velocity-time graph

Recall Newton’s law of motion

Describe Newton’s second law of motion as the rate of change of momentum

FSC Part 1 Subjects

Online Short Questions For Chapter 3 "FSC Part 1 Physics Chapter 3 Short Questions Preparation "

Physics - FSC Part 1 Physics Chapter 3 Short Questions Preparation

Find on expression for horizontal rang of projectile?

Define maximum height of projectile? Derive a mathematical expression for maximum height of projectile ?

Under what conditions a body can move with uniform acceleration?

Derive an equation for the position vector of projectile?

What is the difference between uniform and variable velocity?

What is ballistic missile? Define ballistic trajectory.

Define total of flight. Derive a mathematical expression for it ?

Distinguish between elastic and inelastic collision.

Write two object?

Motion with constant velocity is a special case of motion with constant acceleration.Is this statement true?

Prepare Complete Set Wise Questions For Chapter 3 "FSC Part 1 Physics Chapter 3 Short Questions Preparation "

Set 1

Set 2

Set 3

Set 4

Set 5

Set 6

FSC Part 1 Physics Chapter 3 Short Questions Preparation - Set 1

Find on expression for horizontal rang of projectile?

Define maximum height of projectile? Derive a mathematical expression for maximum height of projectile ?

Under what conditions a body can move with uniform acceleration?

Derive an equation for the position vector of projectile?

What is the difference between uniform and variable velocity?

What is ballistic missile? Define ballistic trajectory.

Define total of flight. Derive a mathematical expression for it ?

Distinguish between elastic and inelastic collision.

Write two object?

Motion with constant velocity is a special case of motion with constant acceleration.Is this statement true?

FSC Part 1 Physics Chapter 3 Short Questions Preparation - Set 2

Define the following terms?AccelerationUniform AccelerationVariable AccelerationRadical AccelerationLinear AccelerationPositive AccelerationNegative AccelerationInstantaneous Acceleration

Write solid reasons for the loss of kinetic energy in an inelastic collision.

Define Force? Define its SI unit ?

Define maximum height of projectile? Derive a mathematical expression for maximum height of projectile ?

What is meant by perfectly elastic head-on-collision ?discuss the elastic collision in one dimension and find the mathematical equation for calculating the final velocities of colliding objects in one dimension?

Motion with constant velocity is a special case of motion with constant acceleration.Is this statement true?

Define ballistics flight and ballistic trajectory.

What are the factors upon which force due to water depend?

What is Ballistic Flight and Ballistic Missile?

An object is thrown vertically upward.Discuss the sign of acceleration due to gravity, relative to velocity, while the object is in air.

FSC Part 1 Physics Chapter 3 Short Questions Preparation - Set 3

Define linear momentum ? Express Newton,s 2nd Law in terms of momentum?

Differentiate between distance and displacement.

Define the following terms?Position,Uniformsspeed,variable speedaverage speed,Instantaneous speed,

Define free fall motion? Also define the acceleration due to gravity ?

What is principle of rocket propulsion speed?

Discuss the condition of equilibrium ?

Show that for the same initial speed and some range of projectile there are two mutually complementary angles of projection ?

Define total of flight. Derive a mathematical expression for it ?

Define the following terms?AccelerationUniform AccelerationVariable AccelerationRadical AccelerationLinear AccelerationPositive AccelerationNegative AccelerationInstantaneous Acceleration

Find on expression for horizontal rang of projectile?

FSC Part 1 Physics Chapter 3 Short Questions Preparation - Set 4

Discuss the velocity-Time Graph ?

Find a relation for magnitude of velocity of projectile and direction of projectile?

Under what condition, the instantaneous and average velocities of a moving object become equal?

Derive its equation of motion ?

State law of inertia?

What is principle of rocket propulsion speed?

Define the following terms?Velocity,Uniform Velocity,Variable Velocity,Average Velocity.Instantaneous Velocity.

Define ballistics flight and ballistic trajectory.

Define linear momentum ? Express Newton,s 2nd Law in terms of momentum?

Write solid reasons for the loss of kinetic energy in an inelastic collision.

Define the following terms?
Acceleration
Uniform Acceleration
Variable Acceleration
Radical Acceleration
Linear Acceleration
Positive Acceleration
Negative Acceleration
Instantaneous Acceleration

Define the following terms?
Position,
Uniforms
speed,
variable speed
average speed,
Instantaneous speed,

Define the following terms?
Acceleration
Uniform Acceleration
Variable Acceleration
Radical Acceleration
Linear Acceleration
Positive Acceleration
Negative Acceleration
Instantaneous Acceleration

Define the following terms?
Velocity,
Uniform Velocity,
Variable Velocity,
Average Velocity.
Instantaneous Velocity.

Define the following terms?
Acceleration
Uniform Acceleration
Variable Acceleration
Radical Acceleration
Linear Acceleration
Positive Acceleration
Negative Acceleration
Instantaneous Acceleration

Define the following terms?
Acceleration
Uniform Acceleration
Variable Acceleration
Radical Acceleration
Linear Acceleration
Positive Acceleration
Negative Acceleration
Instantaneous Acceleration