Font size
WorksheetsUnit 1 Review - Systems and Spheres
Total questions: 46
Worksheet time: 12hrs 30mins
What is the geosphere?
all the air and gases on the planet
all the frozen water on the Earth
the non-living soil, rocks, and minerals of the Earth
the rivers, lakes, and oceans of the Earth
How do Earth systems interact with each other?
Through matter and energy
Through specific components
Through scientific models
Through nonspecific components
What is the atmosphere?
all the air and gases on the planet
made up of living things
the non-living soil, rocks, and minerals of the Earth
the rivers, lakes, and oceans of the Earth
which statement explains the type of system Earth is?
It is a closed system because energy but not matter flows into and out of it.
It is an open system because both matter and energy flow into and out of it.
It is an isolated system because it is separated in space from other objects
It is a shielded system because its atmospheric reflects materials and strike it .
Decomposers make ammonium in the soil during the process of -
nitridication.
nitrogen fixation.
denitrification.
ammonification.
Select all answers below that are stages of the nitrogen cycle.
Nitrogen fixation
Diffusion
Ammonification
Nitrification
Converts nitrogen in the air to ammonium, making it biologically available to some plants (legumes)
Fixation
Nitrification
Assimilation
Ammonification
Nitrogen in the soil gets back into the air
Ammonification
Assimilation
Nitrification
Dentrification
Plants absorb nitrates by roots
Nitrification
Assimilation
Ammonification
Dentrification
Decomposers change nitrogen into ammonium to re-enter the cycle
Denitrification
Ammonification
Nitrification
Assimilation
An owl eats a rat that lived in an ecosystem where there was 2,800 kcals of energy in the insect population that the rat consumed. How many kcals would transfer to the trophic level the owl is in?
28
280
2,800
28,000
Name the correct trophic level for level 1.
Tertiary
Consumer
Producer
Quatemary
The value of prime meridian is
90° latitude
0° longitude
14° longitude
80° latitude
Which of the following is the correct location of a province A?
A. 18 ° N and 121° E
B. 16 ° N and 122° E
C. 16 ° S and 121° W
D. 18 ° N and 122° W
Province B would be located at _____________
16° N and 122° W
16° S and 122° E
16° N and 122° S
16° N and 122° E
4) What is the approximate latitude and longitude of the sunken ship?
20.5° S , 70° W
20.5° S. 70° E
20.5° N, 70° W
20.5° N, 70° E
10) Which point on the diagram correctly locates 15° S and 30° W?
Z
Y
X
W
Another name for a line of longitude
Parallel
Rhombus
Meridian
Tropic
Lines of Latitude.
Meridians
Parallels
Latitude
Longitude
According to this diagram, plants absorb
nitrates
nitrogen fixing bacteria
animals
decomposers
A correct path that nitrogen could take would be
air -> animals -> plants -> bacteria
animals -> air -> bacteria -> plants
bacteria -> air -> plants -> animals
air -> bacteria -> plants -> animals
In Figure 6.3, which process converts nitrogen gas in the air into
Nitrogen fixation
Decomposition
Respiration
Denitrification
According to the diagram in Figure 6.3, what organism converts atmospheric nitrogen into nitrogen compounds that will later be used by plants? What is this process called?
bacteria, denitrification
bacteria, fixation
plants, assimilation
dead log, ammonification
According to the diagram in Figure 6.3, what process allows animal/plant waste to re-enter the nitrogen cycle?
denitrification
fixation
assimilation
ammonification
The step of the nitrogen cycle that is in red is called...
Denitrification
Nitrification
Nitrogen Fixation
Ammonification
The step of the nitrogen cycle that is in red is called...
Denitrification
Nitrification
Assimilation
Ammonification
A hawk eats a mouse that lived in an ecosystem where there is 10,000 kcals of energy in the insect population the mouse consumes. How much energy, in kcals, moves up to the trophic level the hawk is in?
1 kcals
10 kcals
100 kcals
1000 kcals
Fungi and bacteria would play which of these roles in a food web?
producer
heterotroph
autotroph
decomposer
