A) They remain neutral B) They become negatively charged C) They become positively charged D) The type of charge depends on the materials rubbed
A) Electric potential B) Induction C) Conduction D) Electrostatic discharge
A) Loses its charge B) Becomes negatively charged C) Becomes a conductor D) Becomes positively charged
A) Resistance B) Capacitance C) Current D) Voltage
A) Aluminum B) Silver C) Rubber D) Copper
A) 24 W B) 12 W C) 36 W D) 6 W
A) Fahrenheit (°F) B) Joule (J) C) Kelvin (K) D) Celsius (°C)
A) 100°C B) 373°C C) 0°C D) 212°C
A) -40 Kelvin B) -76 degrees Fahrenheit C) -40 degrees Fahrenheit D) -76 Kelvin
A) Negative charges are attracted to the negatively charged object B) Positive charges are attracted to the negatively charged object C) Positive charges are repelled by the negatively charged object D) Negative charges are repelled by the negatively charged object
A) Conduction B) Electrostatic discharge C) Induction D) Electric potential
A) Becomes negatively charged B) Becomes positively charged C) Loses its charge D) Becomes a conductor
A) Coulomb (C) B) Ampere (A) C) Volt (V) D) Ohm (Ω)
A) Rubber B) Glass C) Aluminum D) Plastic
A) 2 V B) 10 V C) 5 V D) 20 V
A) 273°C B) 32°C C) 0°C D) -32°C
A) 1°C = 1 K B) 1 K = 273°C C) 1°C = 273 K D) The scales are not directly related
A) -273 K B) -273°C C) 0°C D) 0 K
A) Remain neutral B) Depend on the magnitude of the charges C) Repel each other D) Attract each other
A) The charges increase B) The charges redistribute C) The charges remain unchanged D) The charges decrease
A) A glass bottle B) A plastic ruler C) A metal rod connected to the Earth D) A rubber balloon
A) Voltmeter B) Ammeter C) Ohmmeter D) Capacitor
A) Silver B) Copper C) Aluminum D) Silicon
A) 10 A B) 5 A C) 2 A D) 7 A
A) Absolute zero B) The triple point of water C) The melting point of ice D) The boiling point of water
A) There is a nonlinear relationship between the two scales B) There is a linear relationship between the two scales C) The scales are not directly related D) They have the same numerical values
A) -459 Kelvin B) 0 Kelvin C) 0 degrees Fahrenheit D) -459 degrees Fahrenheit
A) Uncharged B) Induced with opposite charge C) Negatively charged D) Positively charged
A) Ampere (A) B) Coulomb (C) C) Ohm (Ω) D) Volt (V)
A) -273 degrees B) 0 degrees C) -40 degrees D) 32 degrees
A) Upthrust B) Floating C) Density D) Equilibrium
A) None B) In Equilibrium C) At the center of the liquid D) At the bottom of the liquid
A) None B) It affect motion of bodies in fluids C) It increases the speed of a body in fluid D) It is not responsible for the different rates of flow of fluids
A) Fluid B) None C) Surface tension D) Viscosity
A) Distance B) Measurements C) Teleportation D) Motion
A) Recreational motion B) Relative motion C) Rotational motion D) Random motion
A) Relative motion B) Rotational motion C) Recreational motion D) Random motion
A) Random motion B) Relative motion C) Rotational motion D) Recreational motion
A) Density B) Motion C) Friction D) Surface tension
A) 30 B) 6.0 C) 0.3 D) 0.6
A) Motion under gravity B) Motion C) Force D) Gravitational force
A) -7.2 m/s² B) 2 m/s² C) -2 m/s² D) 7.2 m/s²
A) Projectile B) Motion C) Harmonic motion D) Gravitational force
A) Drawing B) None C) Dancing D) Warfare
A) Vector quantity B) Derived quantity C) Scalar quantity D) Fundamental quantity
A) Speed B) Velocity C) Momentum D) Force
A) Work is not done B) Work is done C) Force is not applied D) None
A) Distance moved B) Efficiency C) Velocity ratio D) Mechanical advantages
A) Pulley B) Include plane C) Wedge D) Lever
A) Second class lever B) First class lever C) Third class lever D) Fourth class lever |