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WorksheetsAtmosphere Quiz
Total questions: 60
Worksheet time: 37mins
The smallest whole particle of matter
Atom
Electron
Boiling
Electron Cloud
The same as the number of protons in an element
Atom
Atomic Number
Boiling Point
Chemical Property
Vaporization that occurs below the surface of a liquid
Boiling Point
Boiling
Atom
Conduction
Temperature at which a liquid boils
Chemical Property
Atomic Number
Boiling Point
Convection
atoms are joined together by a chemical reaction
Bonded
Conduction
Convection
Condensation
Characteristic of matter that allows it to change into something new
Chemical Property
Boiling Point
Atomic Number
Physical Property
Pure substance made of more than one kind of element
Bond
Compound
Mixture
Electron
transfer of heat or energy by contact
Convection
Radiation
Conduction
Heat
transfer of heat through a medium
Convection
Conduction
Radiation
Heat Waves
How much matter is in a certain amount of space
Volume
Mass
Solubility
Density
The area in an atom that contains the electrons
Electron
Electron Cloud
Nucleus
Neutron
The negatively charged particles in an atom
Electron
Proton
Neutron
Nucleus
Substance made of only one kind of atom
Element
Evaporation
Compound
Atom
Vaporization that occurs at the surface of a liquid
Evaporation
Condensation
Convection
Boiling
Abbreviation for a compound
Flammability
Formula
Compound
Atom
chemical property that tells if something will burn
Freezing Point
Flammability
Boiling
Boiling Point
Temperature at which a substance changes from liquid to solid
Boiling Point
Conduction
Freezing Point
Flammability
State of matter where the substance takes up all the space in its container
Solid
Gas
Liquid
Plasma
Energy that moves from warmer substances to cooler ones until both are the same temperature
Heat
Water
Kinetic Energy
Cold
The energy of motion
Heat
Potential Energy
Kinetic Energy
Movement
Matter is neither created nor destroyed, only changes form.
Law
Theory
Law of Conservation of Matter
Law of Interia
State of matter where particles slip and slide around each other
Solid
Liquid
Gas
Plasma
Direct rays of sunlight are ___________.
more intense
less intense
Indirect rays of sunlight are ___________.
more intense
less intense
Summer and winter are caused by _________________________.
the Earth's rotation and revolution
the Earth's distance from the Sun during revolution
the Earth's axial tilt and revolution
the Earth's axial tilt and rotation
What zone is the equator in?
Temperate
Polar
Tropical
The imaginary horizontal lines running parallel on the Earth is called
Grid
Latitude
Longitude
Heat zone
What is the name of the climate zones at the north and south of the map?
Tropical
Polar
Temperate
True or False- The Sun's energy being absorbed differently at different latitudes contribute to the uneven heating of earth.
True
False
Energy from the sun is called ___.
radiation
conduction
convection
True or False- The Sun's energy being absorbed differently by land and water contribute to the uneven heating of earth.
True
False
The transfer of energy from one particle of matter to another within an object or between two objects that are in direct contact
conduction
convection
radiation
Which of the following best explains how radiation, convection and conduction create a breeze at the beach during the day?
Radiation heats the sand faster than the ocean, conduction occurs between the sand and the air, convection causes the warm air over the sand to rise creating a space for cool air from over the ocean to move on land.
Conduction heats the sand faster than the ocean, convection occurs between the sand and the air, radiation causes the warm air over the sand to rise creating a space for cool air from over the ocean to move on land.
Radiation heats the ocean faster than the sand, conduction occurs between the ocean and the air, convection causes the warm air over the ocean to rise creating a space for cool air from over the sand to move toward the ocean.
Conduction heats the ocean faster than the sand, convection occurs between the ocean and the air, radiation causes the warm air over the ocean to rise creating a space for cool air from over the sand to move toward the ocean.
The further North of the equator you are the less direct the sunlight that hits the Earth is.
The climate of an area is most affected by the amount of
sunlight it receives.
animals in the region.
moonlight it receives.
people in the region.
What is the diameter of the sun ?
1.50 x 108 Km
1.39 x 106 Km
1.27 x 104 Km
None of the above
What is the diameter of the earth ?
1.27 x 104 Km
1.39 x 106 Km
1.50 x 108 Km
None of the above
Solar radiation is electromagnetic radiation
True
False
The wavelenght of UV region in micrometre
0-0.38
0.39-0.78
Greater than 0.78
None of the above
What is the mean distance between sun and earth ?
1.27 x 104 Km
1.50 x 108 Km
1.39 x 106 Km
None of the above
The wavelength of Infrared region in micrometre
0-0.38
0.39-0.78
Greater than 0.78
None of the above
Pick the standard value for solar constant
1.353 Kilowatts per square metre
116.5 langleys per hour
429.2 Btu per sq.ft.per hour
All of the above
The distance between the earth and the sun is constant through the year.
True
False
Solar radiation incident on the outer atmosphere of earth is called as
(a)
Maximum value of extra terrestial radiation is
7042 W/ m2
2074 W/ m2
4720 W/ m2
2407 W/ m2
The earth is closest to the sun in the winter and farthest away in the summer.
True
False
The solar radiation that reaches the earth’s surface after passing through the earth’s atmosphere is called as
(a)
Ozone absorbs
UV radiation
IR radiation
None of the above
Co2 and water vapour
UV radiation
IR Radiation
Solar radiation that has not been absorbed or scattered and reaches the ground directly from the sun is called as
(a)
Solar radiation received from the sun after its direction has been changed by reflection and scattering by the atmosphere is called as
Direct radiation
Beam radiation
Diffuse radiation
All the above
Direct radiation produces a shadow when interrupted by an opaque object.
True
False
Pick the correct statement
Total radiation =Direct radiation * Diffuse radiation
Total radiation =Direct radiation -Diffuse radiation
Total radiation =Direct radiation + Diffuse radiation
Total radiation =Direct radiation / Diffuse radiation
