welcome to… who wants to be a millionaire??? $100 what are facts, figures and other evidence...
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Welcome to…Welcome to…Who Wants to be a Who Wants to be a
Millionaire???Millionaire???
$100$100What are facts, figures and other What are facts, figures and other
evidence learned through observation?evidence learned through observation?
A.A. VariablesVariables
B.B. ExperimentsExperiments
C.C. QuestionsQuestions
D.D. DataData
$100$100What are facts, figures and other What are facts, figures and other
evidence learned through observation?evidence learned through observation?
A.A. VariablesVariables
B.B. ExperimentsExperiments
C.C. QuestionsQuestions
D.D. DataData
$100$100What must be true of a good What must be true of a good
hypothesis?hypothesis?
A.A. It must be correctIt must be correct
B.B. It must have been observed many It must have been observed many times.times.
C.C. It must involve quantitative data.It must involve quantitative data.
D.D. It must be testable by observation It must be testable by observation or experiment.or experiment.
$100$100What must be true of a good What must be true of a good
hypothesis?hypothesis?
A.A. It must be correctIt must be correct
B.B. It must have been observed many It must have been observed many times.times.
C.C. It must involve quantitative data.It must involve quantitative data.
D.D. It must be testable by observation It must be testable by observation or experiment.or experiment.
$200$200The variable that changes as a result The variable that changes as a result of the manipulated variable is called of the manipulated variable is called
what?what?
A.A. HypothesisHypothesis
B.B. Controlled variableControlled variable
C.C. Responding variableResponding variable
D.D. Inferred variableInferred variable
$200$200The variable that changes as a result The variable that changes as a result of the manipulated variable is called of the manipulated variable is called
what?what?
A.A. HypothesisHypothesis
B.B. Controlled variableControlled variable
C.C. Responding variableResponding variable
D.D. Inferred variableInferred variable
$200$200Your teacher hands out a copy of a Your teacher hands out a copy of a laboratory experiment. What is the laboratory experiment. What is the
first thing you should do?first thing you should do?
A.A. Read the procedure to make Read the procedure to make sure you understandsure you understand
B.B. Begin heating materialsBegin heating materialsC.C. Touch your materialsTouch your materialsD.D. Obtain all your materials and Obtain all your materials and
begin workingbegin working
$200$200Your teacher hands out a copy of a Your teacher hands out a copy of a laboratory experiment. What is the laboratory experiment. What is the
first thing you should do?first thing you should do?
A.A. Read the procedure to make Read the procedure to make sure you understandsure you understand
B.B. Begin heating materialsBegin heating materialsC.C. Touch your materialsTouch your materialsD.D. Obtain all your materials and Obtain all your materials and
begin workingbegin working
$300$300 All of the following are properties All of the following are properties
exceptexcept
A.A. HardnessHardness
B.B. ColorColor
C.C. SymbolsSymbols
D.D. Flammability Flammability
$300$300 All of the following are properties All of the following are properties
exceptexcept
A.A. HardnessHardness
B.B. ColorColor
C.C. SymbolsSymbols
D.D. Flammability Flammability
$300$300 Forces can only be added together if Forces can only be added together if
they are they are
A.A. Acting on the same objectActing on the same object
B.B. Balanced forcesBalanced forces
C.C. Unaffected by gravityUnaffected by gravity
D.D. substantialsubstantial
$300$300 Forces can only be added together if Forces can only be added together if
they are they are
A.A. Acting on the same objectActing on the same object
B.B. Balanced forcesBalanced forces
C.C. Unaffected by gravityUnaffected by gravity
D.D. substantialsubstantial
$500$500All elements are composed of extremely All elements are composed of extremely
small particles called small particles called
A.A. AtomsAtoms
B.B. CompoundsCompounds
C.C. MixturesMixtures
D.D. MoleculesMolecules
$500$500All elements are composed of extremely All elements are composed of extremely
small particles called small particles called
A.A. AtomsAtoms
B.B. CompoundsCompounds
C.C. MixturesMixtures
D.D. MoleculesMolecules
$500$500In which state of matter are the particles In which state of matter are the particles
packed tightly together in fixed positions? packed tightly together in fixed positions?
A.A. GasGas
B.B. SolidSolid
C.C. LiquidLiquid
D.D. CompoundCompound
$500$500In which state of matter are the particles In which state of matter are the particles
packed tightly together in fixed positions? packed tightly together in fixed positions?
A.A. GasGas
B.B. SolidSolid
C.C. LiquidLiquid
D.D. CompoundCompound
$1,000$1,000A solid is a state of matter that has A solid is a state of matter that has
A.A. Indefinite volume and indefinite Indefinite volume and indefinite shapeshape
B.B. Definite volume and definite shapeDefinite volume and definite shape
C.C. Definite volume and indefinite shapeDefinite volume and indefinite shape
D.D. Indefinite volume and definite shapeIndefinite volume and definite shape
$1,000$1,000A solid is a state of matter that has A solid is a state of matter that has
A.A. Indefinite volume and indefinite Indefinite volume and indefinite shapeshape
B.B. Definite volume and definite shapeDefinite volume and definite shape
C.C. Definite volume and indefinite shapeDefinite volume and indefinite shape
D.D. Indefinite volume and definite shapeIndefinite volume and definite shape
$1,000$1,000Which state of matter goes through Which state of matter goes through changes of volume most easily? changes of volume most easily?
A.A. SolidSolid
B.B. LiquidLiquid
C.C. GasGas
D.D. PlasmaPlasma
$1,000$1,000Which state of matter goes through Which state of matter goes through changes of volume most easily? changes of volume most easily?
A.A. SolidSolid
B.B. LiquidLiquid
C.C. GasGas
D.D. PlasmaPlasma
$2,000$2,000 Niagara falls is a good example of Niagara falls is a good example of
A.A. Kinetic energy being converted into Kinetic energy being converted into potential energypotential energy
B.B. Potential energy being converted into Potential energy being converted into kinetic energykinetic energy
C.C. Energy being lostEnergy being lost
D.D. Energy being createdEnergy being created
$2,000$2,000 Niagara falls is a good example of Niagara falls is a good example of
A.A. Kinetic energy being converted into Kinetic energy being converted into potential energypotential energy
B.B. Potential energy being converted into Potential energy being converted into kinetic energykinetic energy
C.C. Energy being lostEnergy being lost
D.D. Energy being createdEnergy being created
$2,000$2,000A measure of the average kinetic A measure of the average kinetic
energy of the individual particles in an energy of the individual particles in an object is called object is called
A.A. Thermal energyThermal energy
B.B. ConductionConduction
C.C. ConvectionConvection
D.D. TemperatureTemperature
$2,000$2,000A measure of the average kinetic A measure of the average kinetic
energy of the individual particles in an energy of the individual particles in an object is called object is called
A.A. Thermal energyThermal energy
B.B. ConductionConduction
C.C. ConvectionConvection
D.D. TemperatureTemperature
$4,000$4,000 According to Newton’s third law of According to Newton’s third law of motion, when a hammer strikes and motion, when a hammer strikes and
exerts force on a nail, the nailexerts force on a nail, the nail
A.A. Creates a friction with the Creates a friction with the hammerhammer
B.B. Disappears into the woodDisappears into the wood
C.C. Exerts an equal force back on Exerts an equal force back on the hammerthe hammer
D.D. Moves at a constant speedMoves at a constant speed
$4,000$4,000 According to Newton’s third law of According to Newton’s third law of motion, when a hammer strikes and motion, when a hammer strikes and
exerts force on a nail, the nailexerts force on a nail, the nail
A.A. Creates a friction with the Creates a friction with the hammerhammer
B.B. Disappears into the woodDisappears into the wood
C.C. Exerts an equal force back on Exerts an equal force back on the hammerthe hammer
D.D. Moves at a constant speedMoves at a constant speed
$4,000$4,000 What is required for a rocket to lift off What is required for a rocket to lift off
into space?into space?
A.A. Thrust that is greater than Thrust that is greater than earth’s gravityearth’s gravity
B.B. Mass that is greater than Mass that is greater than earth’s massearth’s mass
C.C. Very little air resistanceVery little air resistance
D.D. More velocity than frictionMore velocity than friction
$4,000$4,000 What is required for a rocket to lift off What is required for a rocket to lift off
into space?into space?
A.A. Thrust that is greater than Thrust that is greater than earth’s gravityearth’s gravity
B.B. Mass that is greater than Mass that is greater than earth’s massearth’s mass
C.C. Very little air resistanceVery little air resistance
D.D. More velocity than frictionMore velocity than friction
$8,000$8,000 Which is an example of a physical Which is an example of a physical
change?change?
A.A. Burning paperBurning paper
B.B. Baking cookiesBaking cookies
C.C. Rusting of ironRusting of iron
D.D. Mixing a milkshakeMixing a milkshake
$8,000$8,000 Which is an example of a physical Which is an example of a physical
change?change?
A.A. Burning paperBurning paper
B.B. Baking cookiesBaking cookies
C.C. Rusting of ironRusting of iron
D.D. Mixing a milkshakeMixing a milkshake
$8,000$8,000 Which is an example of a chemical Which is an example of a chemical
change?change?
A.A. Cutting up paperCutting up paper
B.B. Burning gasoline in an engineBurning gasoline in an engine
C.C. Boiling waterBoiling water
D.D. Crushing a canCrushing a can
$8,000$8,000 Which is an example of a chemical Which is an example of a chemical
change?change?
A.A. Cutting up paperCutting up paper
B.B. Burning gasoline in an engineBurning gasoline in an engine
C.C. Boiling waterBoiling water
D.D. Crushing a canCrushing a can
$16,000$16,000Force equals mass timesForce equals mass times
A.A. SpeedSpeed
B.B. MotionMotion
C.C. AccelerationAcceleration
D.D. Inertia Inertia
$16,000$16,000Force equals mass timesForce equals mass times
A.A. SpeedSpeed
B.B. MotionMotion
C.C. AccelerationAcceleration
D.D. Inertia Inertia
$16,000$16,000When two equal forces act on the same When two equal forces act on the same
object in opposite directions, the net force object in opposite directions, the net force isis
A.A. Smaller than either forceSmaller than either force
B.B. Equal to each of the forcesEqual to each of the forces
C.C. ZeroZero
D.D. Greater than either force Greater than either force
$16,000$16,000When two equal forces act on the same When two equal forces act on the same
object in opposite directions, the net force object in opposite directions, the net force isis
A.A. Smaller than either forceSmaller than either force
B.B. Equal to each of the forcesEqual to each of the forces
C.C. ZeroZero
D.D. Greater than either force Greater than either force
$32,000$32,000Find the density of a block of wood with a Find the density of a block of wood with a
volume of 500 cubic centimeters and a volume of 500 cubic centimeters and a mass of 2,000 grams.mass of 2,000 grams.
A.A. 4 g/cm4 g/cm33
B.B. .25 g/cm.25 g/cm33
C.C. 10,000 g/cm10,000 g/cm33
D.D. 100,000 g/cm100,000 g/cm33
$32,000$32,000Find the density of a block of wood with a Find the density of a block of wood with a
volume of 500 cubic centimeters and a volume of 500 cubic centimeters and a mass of 2,000 grams.mass of 2,000 grams.
A.A. 4 g/cm4 g/cm33
B.B. .25 g/cm.25 g/cm33
C.C. 10,000 g/cm10,000 g/cm33
D.D. 100,000 g/cm100,000 g/cm33
$32,000$32,000A car travels 60 miles in 2 hours. What A car travels 60 miles in 2 hours. What
the average speed?the average speed?
A.A. 120 mph120 mph
B.B. 60 mph60 mph
C.C. 30 mph30 mph
D.D. 2 mph2 mph
$32,000$32,000A car travels 60 miles in 2 hours. What A car travels 60 miles in 2 hours. What
the average speed?the average speed?
A.A. 120 mph120 mph
B.B. 60 mph60 mph
C.C. 30 mph30 mph
D.D. 2 mph2 mph
$64,000$64,000 Which of the following statements Which of the following statements
about the properties of matter is true?about the properties of matter is true?
A.A. All kinds of matter have the same All kinds of matter have the same propertiesproperties
B.B. Each substance can be identified Each substance can be identified by its propertiesby its properties
C.C. The properties of specific kinds of The properties of specific kinds of matter frequently changematter frequently change
D.D. The properties of all mixtures are The properties of all mixtures are the same the same
$64,000$64,000 Which of the following statements Which of the following statements
about the properties of matter is true?about the properties of matter is true?
A.A. All kinds of matter have the same All kinds of matter have the same propertiesproperties
B.B. Each substance can be identified Each substance can be identified by its propertiesby its properties
C.C. The properties of specific kinds of The properties of specific kinds of matter frequently changematter frequently change
D.D. The properties of all mixtures are The properties of all mixtures are the same the same
$64,000$64,000 The greater the speed of gas particles The greater the speed of gas particles
in a container, thein a container, the
A.A. Fewer collisions there areFewer collisions there are
B.B. Lower the temperatureLower the temperature
C.C. Lower the pressureLower the pressure
D.D. Greater the pressureGreater the pressure
$64,000$64,000 The greater the speed of gas particles The greater the speed of gas particles
in a container, thein a container, the
A.A. Fewer collisions there areFewer collisions there are
B.B. Lower the temperatureLower the temperature
C.C. Lower the pressureLower the pressure
D.D. Greater the pressureGreater the pressure
$125,000$125,000 Changing direction is an example of Changing direction is an example of
a kind of a kind of
A.A. AccelerationAcceleration
B.B. SpeedSpeed
C.C. VelocityVelocity
D.D. Constant rateConstant rate
$125,000$125,000 Changing direction is an example of Changing direction is an example of
a kind of a kind of
A.A. AccelerationAcceleration
B.B. SpeedSpeed
C.C. VelocityVelocity
D.D. Constant rateConstant rate
$125,000$125,000 Ice melts as a result of thermal Ice melts as a result of thermal
energy flowing from theenergy flowing from the
A.A. Ice to its surroundingsIce to its surroundings
B.B. Surroundings to the iceSurroundings to the ice
C.C. Solid to the liquidSolid to the liquid
D.D. Inside of the ice to the outside of the Inside of the ice to the outside of the iceice
$125,000$125,000 Ice melts as a result of thermal Ice melts as a result of thermal
energy flowing from theenergy flowing from the
A.A. Ice to its surroundingsIce to its surroundings
B.B. Surroundings to the iceSurroundings to the ice
C.C. Solid to the liquidSolid to the liquid
D.D. Inside of the ice to the outside of the Inside of the ice to the outside of the iceice
$250,000$250,000When temperature of a gas When temperature of a gas
decreases at constant volume, its decreases at constant volume, its
A.A. Pressure increasesPressure increases
B.B. Mass increasesMass increases
C.C. Pressure decreasesPressure decreases
D.D. Particles move fasterParticles move faster
$250,000$250,000When temperature of a gas When temperature of a gas
decreases at constant volume, its decreases at constant volume, its
A.A. Pressure increasesPressure increases
B.B. Mass increasesMass increases
C.C. Pressure decreasesPressure decreases
D.D. Particles move fasterParticles move faster
$250,000$250,000On a long trip, a truck’s tires can On a long trip, a truck’s tires can
get very hot, causing get very hot, causing
A.A. Their volume to decreaseTheir volume to decrease
B.B. Their pressure to increaseTheir pressure to increase
C.C. Their pressure to decreaseTheir pressure to decrease
D.D. The truck to go really fastThe truck to go really fast
$250,000$250,000On a long trip, a truck’s tires can On a long trip, a truck’s tires can
get very hot, causing get very hot, causing
A.A. Their volume to decreaseTheir volume to decrease
B.B. Their pressure to increaseTheir pressure to increase
C.C. Their pressure to decreaseTheir pressure to decrease
D.D. The truck to go really fastThe truck to go really fast
$500,000$500,000According to Boyle’s Law, when According to Boyle’s Law, when pressure of a gas increase, its pressure of a gas increase, its
volume willvolume will
A.A. DecreaseDecrease
B.B. Stays constantStays constant
C.C. IncreaseIncrease
D.D. Increase then decreaseIncrease then decrease
$500,000$500,000According to Boyle’s Law, when According to Boyle’s Law, when pressure of a gas increase, its pressure of a gas increase, its
volume willvolume will
A.A. DecreaseDecrease
B.B. Stays constantStays constant
C.C. IncreaseIncrease
D.D. Increase then decreaseIncrease then decrease
$500,000$500,000According to Charles’ Law, when According to Charles’ Law, when temperature of a gas increases, temperature of a gas increases,
itsits
A.A. Volume increasesVolume increases
B.B. Mass increasesMass increases
C.C. Volume decreasesVolume decreases
D.D. Particles move more slowlyParticles move more slowly
$500,000$500,000According to Charles’ Law, when According to Charles’ Law, when temperature of a gas increases, temperature of a gas increases,
itsits
A.A. Volume increasesVolume increases
B.B. Mass increasesMass increases
C.C. Volume decreasesVolume decreases
D.D. Particles move more slowlyParticles move more slowly
$1,000,000$1,000,000Thoroughly explain one of Newton’s three Thoroughly explain one of Newton’s three
laws AND give an example. laws AND give an example.
Write down your answer on a sheet of Write down your answer on a sheet of paper.paper.
$1,000,000$1,000,000Tell where the Maximum Potential Energy Tell where the Maximum Potential Energy is and the Minimum Potential Energy is. is and the Minimum Potential Energy is.
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