1) It is a material that does not allow heat/electricity to flow through them easily. a) Inductor b) Conductor c) Insulator d) Insultator 2) It is a material that allow heat/electricity to flow through them easily. a) Inductor b) Conductor c) Insulator d) Insultator 3) It refers to the rate at which charge is flowing. a) Current b) Currency c) Voltage d) Resistance 4) It refers to the difference in charge between two points. a) Current b) Currency c) Voltage d) Resistance 5) It refers to the tendency of materials to resist the flow of charge. a) Current b) Currency c) Voltage d) Resistance 6) It is the opposition to the flow of current by the conducting wire. a) Current b) Currency c) Voltage d) Resistance 7) There is a type of temperature scale that is most often used in laboratory settings for calculation purposes. a) Kelvin b) Celsius c) Farenheit d) Fahrenheit 8) It is a type of temperature scale that is most used in the world, including Canada, Europe, and Asia. a) Kelvin b) Celsius c) Farenheit d) Fahrenheit 9) It is a type of temperature scale that is commonly used in the United States. a) Kelvin b) Celsius c) Farenheit d) Fahrenheit 10) It is a process that is determined when there is a change in temperature. a) Heat b) Thermal Energy c) Heat Transfer d) Conduction 11) It is the process wherein temperature is exchanged between objects due to their temperature differences. a) Heat b) Thermal Energy c) Heat Transfer d) Conduction 12) This is where the amount of the heat transferred relies. a) Heat b) Thermal Energy c) Heat Transfer d) Conduction 13) It measures the movement of particles of a substance, body, or object. a) Heat b) Thermal Energy c) Heat Transfer d) Conduction 14) It is the transfer of energy from a body with higher temperature to a body with lower temperature. a) Heat b) Thermal Energy c) Heat Transfer d) Conduction 15) It is a quantity that measures the average kinetic energy of particles in a substance. a) Heat b) Radiation c) Electricity d) Temperature 16) It is a quantity that refers to the degree of hotness or coldness of an object. a) Heat b) Radiation c) Electricity d) Temperature 17) The following are types of thermometer, except: a) Mercury b) Copper c) Infrared d) Liquid Crystal 18) It is a type of thermometer that consists of a glass tube filled with mercury. a) Mercury Thermometer b) Digital Thermometer c) Infrared Thermometer d) Liquid Crystal Thermometer 19) It is a type of thermometer that uses electronic sensors to measure temperature. a) Mercury Thermometer b) Digital Thermometer c) Infrared Thermometer d) Liquid Crystal Thermometer 20) It is a type of thermometer that measures temperature without direct contact by means of infrared radiation. a) Mercury Thermometer b) Digital Thermometer c) Infrared Thermometer d) Liquid Crystal Thermometer 21) It is a type of thermometer that uses heat-sensitive liquid crystal that change color to indicate temperature. a) Mercury Thermometer b) Digital Thermometer c) Infrared Thermometer d) Liquid Crystal Thermometer 22) It is a type of thermometer that produces a voltage that can be used to measure temperature. a) Digital Thermometer b) Thermocouple Thermometer c) Liquid Crystal Thermometer d) Infrared Thermometer 23) The following are examples of conductors, except: a) Glass b) Copper c) Steel d) Aluminum 24) The following are the physicists who contributed in studying electricity, except: a) Georg Ohm b) Georg Omh c) Alessandro Volta d) Andre-Marie Ampere 25) The following are SI Units involved in solving for electricity, except: a) Ω b) A c) R d) V 26) The following are the factors affecting resistance, except: a) Thickness of the conducting wire. b) Length of the conducting wire. c) Color of the conducting wire. d) Type of metal being used. 27) The higher the temperature, a) the lower the thermal energy. b) the lower the thermal conductivity. c) the faster the movement of particles. d) the slower the movement of particles. 28) The higher the amount of heat, a) the lower the thermal energy. b) the lower the thermal conductivity. c) the faster the movement of particles. d) the slower the movement of particles. 29) The higher the amount of heat, a) the lower the thermal energy. b) the lower the thermal conductivity. c) the higher the temperature. d) the lower the temperature. 30) The higher the amount of thermal energy, a) the lower the thermal energy. b) the lower the thermal conductivity. c) the faster the movement of particles. d) the slower the movement of particles. 31) The higher the amount of change in temperature, a) the higher the amount of potential energy transferred. b) the lower the amount of motion transferred. c) the lower the amount of heat transferred. d) the higher the amount of heat transferred. 32) What happens when heat is absorbed? a) The temperature is undefined. b) There is a positive change in temperature. c) There is a negative change in temperature. d) There is no change in temperature. 33) What happens when heat is transferred? a) The temperature is undefined. b) There is a positive change in temperature. c) There is a negative change in temperature. d) There is no change in temperature. 34) In what kind of material does radiation occur? a) Fluids b) Solids c) Gases d) Vacuum 35) In what kind of material does conduction occur? a) Fluids b) Solids c) Gases d) Vacuum 36) In what kind of material does convection occur? a) Fluids b) Solids c) Gases d) Vacuum 37) How does the heat transfer through conduction? a) It transfers between objects that are in direct contact with each other. b) It transfers through the circulation of fluids. c) It transfers through electromagnetic waves. d) It teleports to the other object. 38) How does the heat transfer through convection? a) It transfers between objects that are in direct contact with each other. b) It transfers through the circulation of fluids. c) It transfers through electromagnetic waves. d) It teleports to the other object. 39) How does the heat transfer through radiation? a) It transfers between objects that are in direct contact with each other. b) It transfers through the circulation of fluids. c) It transfers through electromagnetic waves. d) It teleports to the other object. 40) It is the device used to measure heat. a) Calorizer b) Calorimeter c) Thermometer d) Anemometer 41) It is the device used to measure temperature. a) Calorizer b) Calorimeter c) Thermometer d) Anemometer 42) When the current is high, it means that: a) There is a low resistance. b) There is a high resistance. c) There is a low currency. d) There is a high currency. 43) When the current is low, it means that: a) There is a low resistance. b) There is a high resistance. c) There is a low currency. d) There is a high currency. 44) When the current is high, it means that: a) There is a low currency. b) There is a high currency. c) There is a low voltage. d) There is a high voltage. 45) When the current is low, it means that: a) There is a low currency. b) There is a high currency. c) There is a low voltage. d) There is a high voltage. 46) What is the symbol used for current? a) C b) I c) Ct d) Cu 47) What is the symbol used for voltage? a) Vlt b) Vol c) V d) Vtg 48) What is the symbol used for resistance? a) Rt b) R c) Rst d) Rtc 49) It is also known as voltage. a) Thermal Potential Difference b) Electrical Potential Difference c) Energetical Potential Difference d) Electronegativity Potential Difference 50) It can be transferred or absorbed. a) Heat b) Voltage c) Electricity d) Temperature 51) It refers to the tendency of materials to resist the flow of charge. a) Conductivity b) Current c) Resistance d) Flow 52) Convert 46.65 °C to °F. a) 115.79 °F b) 115.96 °F c) 115.97 °F d) 151.97 °F 53) Convert 37.41 °C to K. a) 301.56 K b) 310.56 K c) 310.65 K d) 301.65 K 54) Convert 99.34 °F to °C.  a) 38.14 °C b) 38.41 °C c) 37.14 °C d) 37.41 °C 55) Convert 86.35 °F to K. a) 303.34 K b) 304.33 K c) 303.43 K d) 303.35 K 56) Convert 455.18 K to °C. a) 182.04 °C b) 128.03 °C c) 182.03 °C d) 182.33 °C 57) Convert 265.15 K to °F. a) 17.16 °F b) 16.7 °F c) 17.6 °F d) 16.17 °F 58) A circuit has a resistance of 200 Ω and a current of 9 A. Determine the voltage. a) 0.045 V b) 1,800 V c) 22.22 V d) 209 V 59) A battery containing 90 V is connected to a resistor, causing a current of 45 A to flow. What is the resistance of the resistor? a) 4,050 Ω b) 2 Ω c) 0.5 Ω d) 135 Ω 60) A laptop charger produces 360 V. The resistance of its wire is 60 Ω. Find the amount of current. a) 6 A b) 0.17 A c) 21,600 A d) 420 A 61) It is the law that states, "At constant temperature, the electrical current flowing in a circuit is directly proportional to its voltage and is inversely proportional to its resistance." a) Volta's Law b) Omh's Law c) Ohm's Law d) Ampere's Law 62) The following quantities are directly proportional to each other, except: a) Heat and Temperature b) Voltage and Current c) Resistance and Current d) Heat and movement of particles

Science Reviewer for 3rd MT - Part 2

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