9th Class Physics Guess Paper Punjab Board 2022

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Guess Paper 2022 Punjab Board 9th Class Physics

The paper for the peer-to-peer program is attached. Since you are a student of class IX, Physics is an important and essential subject for you. Physics is a theoretical subject, so it is considered a rigorous subject. But you don’t have to worry about the exam, because we have uploaded the best 9th class physics assessment to score high marks in the exam. Our best guess is that it contains important short questions and long questions, which are frequently asked by all committees of Punjab in previous exams. 9th class guess paper 2023 is online for all subjects. Class 9 candidates can get the estimate sheet for any subject from this page. Guessing papers will be uploaded soon, and all the visitors of this website can get free online guessing papers on any topic from this page.

Punjab board 9th class physics guess paper 2022

There are very few boards, you can only get these boards from this page to estimate the paper. If you are a student of any other board of directors then you must follow the homepage of this website, from there you will definitely get the estimate sheet of your board. Some topics are the weaknesses of most of you, and now this is a guessing essay for which you have to be here for only those topics where you are still weak. In fact, about 98% of students are freshmen, and they will be attempting a 9th grade essay for the first time in their lives. Now they are afraid to think about the format of the paper and much more. Candidates can get complete guidance, and these guessing test papers are also the key to get good results. Now please check below to get your subject estimate sheet on this page.

“Remember that the 9th standard guess paper of pure studies changes every year. Every year the paper is prepared according to the new schedule. Hence, this schedule is for the year 2022 only. I will update this page next year for 2023.”

physics guess paper 2022 Punjab board 9th class

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UNIT NO. 1

PHYSICAL QUANTITIES AND MEASUREMENT

MULTIPLE CHOICE:

  1. The number of significant figures in 0.00580 km is.
  1. 5
  2. 6
  3. 3
  4. 2
  5. The number of base units in SI are.
  1. 5
  2. 6
  3. 7
  4. 9
  5. Amount of a substance in term of number is measured in.
  1. Gram
  2. Kilogram
  3. Newton
  4. Mole
  5. An interval of 200 micro second is equivalent to.
  1. 0.2 s
  2. 0.02 s
  3. 2 x 10-4 s
  4. 2 x10-6 s
  5. The smallest quantity among these is.
  1. 0.01 g
  2. 2 mg
  3. 100 g
  4. 5000 mg

SHORT QUESTIONS:

  • Define base quantities.
  • Write down rules to find the significant digits.
  • Define base quantities and units.
  • What is meant by significant figures? How many significant figures are in?
  • Define physical quantities and derived quantities.
  • What is vernier calipers? Write the least count of vernier calipers.
  • What role SI Units have played in the development of science.

LONG QUESTIONS:

NO LONG QUESTIONS IN THIS CHAPTER.

UNIT NO. 2

KINEMATICS.

MULTIPLE CHOICE:

  1. Falcon can fly at speed of.
  1. 200 kmh-1
  2. 17 kmh-1
  3. 100 kmh-1
  4. 70 kmh-1
  5. The acceleration of a body failing down freely is approximately.
  1. 10 m2s-2
  2. 10 ms-2
  3. 10 ms-1
  4. 10 m2s-1
  5. Which of the following is a vector quantity.
  1. Speed
  2. Distance
  3. Displacement
  4. Power
  5. If an object is moving with constant speed than its distance –time graph will be a straight line.
  1. Along time- axis
  2. Along distance-axis
  3. Parallel to time-axis
  4. Inclined to time –axis
  5. By dividing displacement of a moving body with time we obtain.
  1. Speed
  2. Velocity
  3. Displacement
  4. Distance
  5. 36 kmh -1 is equal to.
  1. 10 ms-1
  2. 20 ms-1
  3. 25 ms-1
  4. 50 ms-1

SHORT QUESTIONS:

  • How is a vector represented?
  • Differentiate between variable and uniform speed.
  • Define speed and write its units.
  • Convert 50 kmh1 speed of a body into ms-1
  • What is difference between positive acceleration and negative acceleration?
  • Define uniform velocity
  • Define uniform speed and uniform velocity
  • Define gravitational acceleration and write its value is SI units.
  • Write equation of motion for uniformly acceleration motion.
  • A train starts from rest with an acceleration of 0.5 ms-2. Find its speed in Kmh-1. When it has moves through 100 m.
  • How can vector quantities be represented graphically?

LONG QUESTIONS/NUMERICAL:

  • Example 2.5
  • Derive second equation
  • Prove with the help of graph Vf – Vi + at
  • Prove it graphically by diagram  s = vit + ½ at
  • A car has a velocity of 10 ms-1 if acceleration at 0.75 for half minute. Find the distance travelled during this time and final velocity of the car.
  • A stone is dropped from the top of a tower. The stone hits the ground after 5 seconds. Find (i) The height of tower (ii) The velocity with which the above hits the ground.
  • Drive third equation of motion.

CHAPTER NO.3

DYNAMICS

MULTIPLE CHOICE:

  1. Equation of momentum is.
  1. P = m/v
  2. P = mv2
  3. P = (mv)2
  4. P = mv
  5. One Newton is unit of force and is equal to.
  1. 1 kg ms-2
  2. 1 kg -1 s-1
  3. 1 gms
  4. 1 kgm-1 s
  5. The force oppose the motion of a moving object is called.
  1. Momentum
  2. Friction
  3. Power
  4. Work
  5. Coefficient of friction meo between the tyre and wet road is.
  1. Q.2
  2. 0.6
  3. 0.8
  4. 1
  5. First law of Newton is applicable in the absences of which of the following.
  1. Force
  2. Net force
  3. Friction
  4. Momentum

SHORT QUESTIONS:

  • Define Newton’s second law of motion and give equation.
  • Define Inertia and momentum.
  • State Newton’s third law of motion and write two examples.
  • Write difference between Mass and Weight.
  • When a gun is fired, it recoiled why.
  • Give two examples of law of conservation of momentum.
  • Why rolling friction is less than sliding friction?
  • What is Atwood Machine? Give its one use. Define force and its unit.

LONG QUESTIONS:

  • How much time is required to change 22 Ns momentum in a body by a force of 20 N?
  • State Newton’s first law of motion. Why is it called law of inertia?
  • Define rate of change of momentum and also drive its equation.
  • State second law of motion and drive equation f = ma.
  • A body has weight 20 N. How much force is required to move it vertically upward with an acceleration of 2 ms-2

CHAPTER NO.4.

TURNING EFFECT OF FORCES.

MULTIPLE CHOICE:

  1. The number of perpendicular components of a vector is.
  1. 1
  2. 2
  3. 3
  4. 4
  5. The centre of gravity of irregular shaped body can be found with help of.
  1. Gravity
  2. Merle rod
  3. Plump line
  4. Screw gauge.
  5. Two equal but unlike parallel force having different line of action produce.
  1. A torque
  2. A couple
  3. Equilibrium
  4. Neutral aquarium.
  5. The number of vectors that can be added by head to tall rule is.
  1. 2
  2. 3
  3. 4
  4. Any number
  5. If 10 Newton force is making an angle 30 o with x-axis then value of horizontally component
  1. 4 N
  2. 5 N
  3. 7 N
  4. 0.7 N
  5. Racing cars made stable by.
  1. Increasing their speed
  2. Decreasing their mass
  3. Lowering their centre of gravity
  4. Decreasing their width

SHORT QUESTIONS:

  • What is resultant of force?
  • What is rigid body?
  • Define axis of rotation.
  • When a body is said to be in equilibrium.

LONG QUESTIONS:

  • What is resolution of force? Resolve of force F into its perpendicular components.
  • Find a force from its perpendicular component by using a figure.
  • Find the perpendicular components of a force of 50 N making an angle of 30 o with x-axis.

CHAPTER NO. 5 

GRAVITATION:

MULTIPLE CHOICE:

  1. The value of gravitational field strength near the surface of earth is.
  1. 20 N kg
  2. 30 N kg
  3. 5 N kg
  4. 10 N kg
  5. Mass of the earth is
  1. Increase in mass of the body
  2. Increase in altitude
  3. Decrease in attitude
  4. None of the above
  5. The value of g on moon’s surface is 1.6 ms-2. What will be the weight of a 100 kg body on the surface of the moon?
  1. 100 N
  2. 160 N
  3. 1000 N
  4. 1600 N

SHORT QUESIOTNS:

  • What do you known about G? Also write its value.
  • Define mass of earth.
  • Why we cannot fast gravitational force around us?
  • Define gravitational field.
  • Give the orbital speed formula for artificial satellite.
  • Define force of gravitation and give one example
  • What is the height and speed of Geo stationary satellite from the surface of the earth.
  • State the law of gravitation and write its formula.

LONG QUESTIONS:

  • What do you mean by artificial satellite?

CHAPTER NO.6

WORK AND ENERGY.

MULTIPLE CHOICE:

  1. The SI unit of Power.
  1. Newton
  2. Watt
  3. Joule
  4. Coulomb
  5. The energy stored in a dam is.
  1. Electric energy
  2. Potential energy
  3. Chemical energy
  4. Nuclear energy
  5. In Einstein ‘s mass energy equation, c is the
  1. Speed of sound
  2. Speed of light
  3. Speed of volume
  4. None of these
  5. Rate of doing work is called.
  1. Energy
  2. Torque
  3. Power
  4. Momentum
  5. In a dam the water energy is called.
  1. Heat energy
  2. Electrical energy
  3. G.P.E
  4. Mechanical energy
  5. Einstein mass energy equation is.
  1. E = mc2
  2. E = m2c
  3. E = ½ mc2
  4. 2 mc2
  5. 1 kW is equal to.
  1. 10W
  2. 103 W
  3. 10 5 W
  4. 10W
  5. 1 mega watt is equal to.
  1. 10 3 W
  2. 10 5 W
  3. 108 W
  4. 106 W
  5. The unit of work is.
  1. J
  2. N
  3. Ns
  4. m
  5. Work done is maximum when angle between force and displacement is.
  1. 45 o
  2. o
  3. 60o
  4. 90o

SHORT QUESTIONS:

  • Define work. What is its SI unit?
  • Define K.E. and derive its relation.
  • A machine does 4 joule of work in 2 sec. Calculate its work.
  • Define Potential energy and derive its relation.
  • Define energy. Give two types of mechanical energy.
  • Define unit of work.
  • What is meant by the efficiency of a system?
  • Define power and watt.
  • What is magma?
  • Write a brief note on Einstein mass energy equation.
  • State law of conservation of energy.

LONG QUESTIONS:

  • Explain two major renewable sources of energy.
  • A motor boat moves at a steady speed of 4 ms-1 water resistance acting on it is 4000 N calculate the power of its engine.
  • Explain how energy is obtained from solar house heating and solar cells.
  • Calculate the power of pump which can lift 70 kg of water through a vertical height 16 meters in 10 seconds. Also find the power of the pump, convert its power into horse power.
  • Explain how energy is obtained from solar house heating and solar cells.
  • Calculate the power of pump which can lift 70 kg of water through a vertical height 16 meters in 10 seconds. Also find the power of the pump, convert its power into horse power.
  • A man pulls a block with a force of 300 N through 50 m in 60 s. Find power used by him to pull the block.
  • A 50 kg man moved 25 steps up in 20 s. Find his power if each slop is 16 cm high.

UNIT NO. 7

PROPERTIES OF MATTER.

MULTIPLE CHOICE:

  1. One litre is equal to.
  1. 1 kgm-1
  2. 100 kgm-1
  3. 10-1m-1
  4. 10-1m-1
  5. SI unit of pressure is.
  1. N
  2. Nm
  3. J
  4. Nm-1
  5. In SI system, unit of density
  1. Kgm-1
  2. K gm-2
  3. Kg m-3
  4. Kg m
  5. In which of the following state molecules do not leave their position.
  1. Solid
  2. Liquid
  3. Gas
  4. Plasma
  5. Pascal is equal to.
  1. 10-4 Nm-2
  2. 1 Nm-2
  3. 102 Nm-2
  4. 103 Nm-2

SHORT QUESTIONS:

  • What is barometer?
  • State Pascal’s law
  • Difference between Stress and Strain.
  • Define the term pressure. Give its S.I.unit.
  • What is meant by Elasticity and Stress?
  • What is meant by elasticity?
  • What is Hook’s law? What is meant by elastic limit?
  • How does vacuum cleaner work?
  • Give three application of Pascal’s law.
  • Define stress with its unit.
  • Define Young’s modulus.
  • Difference between Strain and Tensile of strain.
  • Write two examples of applications of Pascal’s law.
  • What is meant by atmospheric pressure?
  • State Archimedes principle.
  • State Hook’s law. What is meant by elastic limit?

LONG QUESTIONS:

  • The mass of 200 cm3 of stone in 500 g. Find as density
  • A cube of glass of 5 cm side and mass 306 g has a cavity inside it. If the density of glass is 2.55 gcm-3. Find the volume of the cavity.
  • A wooden block measuring 40 cm x 10 cm x 5 cm has a mass 850 g. Find the density of wood.
  • The density of air is 1.3 kgm-1. Find of air in a room measuring  8m x 5m x 4m

CHAPTER NO. 8

THERMAL PROPERTIES OF MATTER.

MULTIPLE CHOICE:

  1. Rate of flow of heat is equal to.
  1. Q = t
  2. Qo/t
  3. Q/t
  4. Q/t2
  5. SI unit of specific heat to.
  1. Jkg-1 K-1
  2. J-1 Kg-1 K-1
  3. J Kg K
  4. J kg-1 K
  5. The specific heat of iron in joules per kilogram per Kelvin is.
  1. 387.0
  2. 920.0
  3. 470/0
  4. 503.0
  5. The value of specific heat of dry soil is about.
  1. B – a alpha
  2. B = 3 Alpha
  3. B = 2 alpha
  4. B = 2/ alpha
  5. _________ Material has large specific heat.
  1. Copper
  2. Ice
  3. Water
  4. Mercury

SHORT QUESTONS:

  • Define Temperature.
  • How evaporation differs from vaporization.
  • Define latent heat of vaporization.
  • How temperature determines the direction of flow of heat.
  • Define Thermal equilibrium.
  • Define co-efficient of linear thermal expansion and what its SI unit is.
  • Define “Volume thermal expansion’ and “temperature co-efficient of volume expansion.
  • Define Latent Heat of fusion.
  • What is meant by specific heat?
  • Write any two uses of thermal expansion in our daily life.
  • What is meant by bimetallic strip

LONG QUESTIONS:

  • Define linear thermal expansion in solids. Derive its formula.
  • Explain the liner thermal expansion is solids.

CHAPTER NO.9

TRANSFER OF HEAT.

MULTIPLE CHOICE:

  1. The way by which transfer of heat takes place are.
  1. 1
  2. 2
  3. 3
  4. 4
  5. The units of thermal conductivity to.
  1. Wmk
  2. Wm-1k-1
  3. Wmk-1
  4. Wm2k-1
  5. Thermal conductivity of air is.
  1. 0.08
  2. 0.03
  3. 0.2
  4. 0.026
  5. Global warming is due to a gas.
  1. Oxygen
  2. Carbon di oxide
  3. Carbon mono oxide
  4. Chlorine
  5. In solids, heat is transferred by.
  1. Radiation
  2. Conduction
  3. Convection
  4. Absorption
  5. What happens to the thermal conductivity of a watt if its thickness is doubled?
  1. Becomes double
  2. Remain the same
  3. Becomes half
  4. Become one fourth
  5. Metals are good conductor of heat due to.
  1. Free electron
  2. Bigger sure of their momentum
  3. Smaller size of their molecules
  4. Rapid vibration of their atoms
  5. False celling is done to.
  1. Lower the height of celling
  2. Keep the root clean
  3. Cool the room
  4. Insulate the celling.
  5. Rooms are heated using gas heaters by.
  1. Conduction only
  2. Convection and radiation
  3. Radiation only
  4. Convection only
  5. Land Breeze blows from.
  1. Land Breeze blows from
  2. Sea to land during might
  3. Sea to land during the day
  4. Land to sea during the day

SHORT QUESTIONS:

  • What is meant by transfer of heat? Write way by which transfer of heat takes place.
  • Write names of any two birds who are expert thermal climbers.
  • Where is convection currents used?
  • Mention the use of Leslie cube
  • Define radiation. Write down the factors at which the rate of emission of radiations depends.
  • Why are the metals good conductors of heat?
  • What is meant by gliding?
  • What causes of glider to remain in air?
  • Define Thermal conductivity and write its equation.
  • Define convection.
  • Define land breeze and sea breeze.
  • Describe the relation of radiation of heat and surface are.
  • Write methods of heat transfer.

LONG QUESTIONS:

  • What measures do you suggest to conserve energy in houses?
  • Define radiation how heat reaches us from sun?
  • Write use of Leslie Cube. Explain how various surfaces of it can be compared.
  • Explain the reasons of sea breeze blows during the day and land breeze blows during night.

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