Here you'll get the most VVI questions of Engineering Physics - I for Examination point of view of CTEVT at 1st semester of Diploma in Computer Engineering.


VVI Question For Exam:

For 3 Marks

Mechanics:

➤ Convert 5J into ERG
➤ Convert 1 gm/cc into kg/m3
➤ Resolution of vector
➤ Difference between scalar & vector multiplication
➤ F = ma
➤ What is Friction & type of friction?
➤ Friction is a necessary evil?
➤ Show that kinetic energy (K.E) = 1⁄2 mv2
➤ Show that v = ωr
➤ Why does cyclist bend at the turning road?
➤ Show that g = GM/R2
➤ Time period of geostationary satellite
➤ What are the characteristics of simple harmonic motion?
➤ Define moment of inertia & its physical significance
➤ Obtain an expression for kinetic energy of a rigid body
➤ How does torque relate with angular acceleration?


Heat:

➤ At what temperature Fahrenheit scale reading coincide with Celsius scale reading
➤ Why is mercury thermometer prefer as thermometric substance?
➤ Show that β = 2∝
➤ Show that γ = 3α
➤ How does density vary with temperature?
➤ What is anomalous expansion & specific heat capacity & its physical significance
➤ Define heat equation & specific heat capacity
➤ Write the unit & dimension of gravitational constant & specific heat capacity
➤ State & Explain Newton Law of Cooling
➤ What are Saturated & unsaturated vapor
➤ Triple point of water
➤ State & Explain Boyle's law & Charles law
➤ Write the unit of Universal gas constant
➤ Show that transitional kinetic energy is equal to 3/2 KT.
➤ Why is Cp greater than Cv
➤ Show Cp – Cv = R
➤ Difference between isothermal & adiabatic process
➤ Can a body be heated without increase its temperature?
➤ Work done in isothermal process
➤ Can the efficiency of heat engine never be 100%?


Optics:

➤ What are real & virtual image
➤ Show that δ = 2g for plane mirror
➤ Show that β = 2θ for rotated mirror
➤ Can a concave mirror produce a virtual image?
➤ Which mirror is used in automobile & why?
➤ Relation between R & F in case of concave & spherical mirror
➤ What is critical angle & total internal reflection
➤ What is the condition of total internal reflection?
➤ Deviation produce by small angle prism
➤ What are the two defects of vision & Explain?
➤ What is luminous flux, luminous intensity & illuminance


Magnetism:

➤ Coulomb's law of magnetism
➤ Magnetic field intensity at axial position
➤ Neutral point
➤ Angle of dip & Angle of declination
➤ Show I = √(V2 + H2) where symbol have their usual meanings
➤ Domain theory of ferromagnetism
➤ Difference between dia, para & ferro
➤ Hysteresis loop

For 6 Marks

Mechanics:

➤ Parallelogram law of vector addition
➤ Triangle law of vector addition
➤ Conservation of linear momentum
➤ Angle of repose
➤ Types of friction & law of limiting friction
➤ Centripetal force
➤ Moment of cyclist in curve path
➤ Simple pendulum
➤ Motion of spring in horizontal position
➤ Motion of spring in vertical position
➤ What are the characteristics of simple harmonic motion?
➤ Energy of a body in simple harmonic motion
➤ Variation of g above & below the surface of Earth
➤ Variation of g due to rotation
➤ Conservation of energy during free-fall
➤ Orbital velocity & Time period of geostationary satellite
➤ Conservation of angular momentum
➤ Relation between torque & angular acceleration


Heat:

➤ Latent heat of fusion of ice
➤ Specific heat capacity of solid by the method of mixture
➤ Ideal gas equation
➤ Pressure exerted by the gas
➤ Thermal conductive of solid
➤ Stefan's law of black body radiation
➤ Carnot engine


Optics:

➤ Concave mirror
➤ Convex mirror
➤ Real depth & Apparent depth
➤ Refracted mirror of prism & minimum deviation
➤ Deviation due to small angle prism
➤ Concave lens
➤ Convex lens
➤ Lens maker formula
➤ Two lenses in contact
➤ Simple microscope
➤ Compound microscope


Magnetism:

➤ Equatorial position / Axial position
➤ Tangent law
➤ Deflection magnetometer

Numerical

Mechanics:

➤ law of motion
➤ Equation of motion
➤ Friction
➤ Simple harmonic motion


Heat:

➤ Calorimetry
➤ Root mean square velocity


Optics:

➤ Mirror & prism
➤ Refraction Through plane surface


Magnetism:

➤ Neutral point
➤ Horizontal & vertical component
➤ Angle of dip