1st Semester FINAL REVIEW Jeopardy
27
100 200 300 400 500 400 500 200 300 100 Misc. Energy Transfer Heat & Laws Food Webs Producers, Consumers 100 200 300 400 500 100 200 300 400 500 100 200 300 400 500 Final
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Transcript of 1st Semester FINAL REVIEW Jeopardy
100
200
300
400
500
400
500
200
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100
Misc.Energy
TransferHeat &Laws
Food WebsProducers,Consumers
100
200
300
400
500
100
200
300
400
500
100
200
300
400
500
Final
Producers, Consumers100
• These are capable of photosynthesis; produce their
own food
• PRODUCERS
Producers, Consumers 200
• These obtain [get] energy by eating producers
• CONSUMERS
Producers, Consumers 300
• These feed on dead/decaying matter
• DECOMPOSERS
Producers, Consumers 400
• This is known as a population of many organisms that rely on
each other
• ECOSYSTEM
Producers, Consumers 500
• What is the difference between Phytoplankton and
Zooplankton?
• PHYTOPLANKTON - ProducersZOOPLANKTON - Consumers
Food Webs 100
• This shows the transfer of energy within an ecosystem
• FOOD WEB
Food Webs 200
• This is the unit of measurement used to
represent energy stored in food
• CALORIES[with a capital “C”]
Food Webs 300
• This type of “drawing” shows how energy is transferred, via
food
• FOOD CHAIN
Food Webs 400
• The effect on Humans, should plankton become extinct:
Plankton-->Salmon-->Human
• NO FOOD FOR SALMON, NO SALMON FOR HUMANS
Food Webs 500
• Draw a Food Web with the following organisms:
Human, Zooplankton, Phytoplankton, Trout, Seagull
PHYTOPLANKTON ZOOPLANKTON TROUT
SEAGULL HUMAN
Heat and Laws 100
• This LAW states that heat flows from high temp. to low
temp.
• 2nd LAW OF THERMODYNAMICS
Heat and Laws 200
• This LAW states that heat entering a system adds that
amount of energy to the system
• 1st LAW OF THERMODYNAMICS
Heat and Laws 300
• This formula allows you to determine what?
Final Temp. - Initial Temp.
• ∆T
Heat and Laws 400
• This formula allows you to determine what?
Final Temp. - Initial Temp.
Time
• RATE OF TEMP. CHANGE
Heat and Laws 500
• This is known as the amount of energy needed to raise the temp. of 1 g of material 1 oC
• Cp [SPECIFIC HEAT]
Energy Transfer 100
• What is the Cp of water?
• 1 cal/g • oC[aka 4.2 J/g • oC]
Energy Transfer 200
• This is the unit of measurement used to
represent energy
• CALORIES[with lower-case “C”]
Energy Transfer 300
• The name of the object used to prevent the transfer of energy between the environment and
an object
• CALORIMETER
Energy Transfer 400
• Using the following formula allows you to determine what?
Masssample • ∆Tsample • Cpwater
• HEAT ENERGY LOST OR GAINED
Energy Transfer 500
• Objects with High Cp require more OR less energy to heat
up AND more or less energy to cool down?
• MORE, MORE
Misc.100
• These include coal, natural gas, and petroleum
• FOSSIL FUELS
Misc. 200
• BTB, Flame and Splint Tests, Mass, etc, are all used to
detect what?
• CO2
Misc. 300
• The type of curve found on a graph in which there is an
increase by the same amount at regular intervals
• LINEAR
Misc. 400
• These affect Carrying Capacity and/or Population Density
• Food, space, predators and prey
Misc 500
• What is determined when you add the number of births to the
initial population and then subtract the number of deaths?
• FINAL POPULATION
FINAL JEOPARDY
• Determine the Cp for the following substance:
10 g of a substance gained 16.5 cal of heat when the temp.
increased from 70 oC to 85 0C.
• 16.5 divided by [10 x 15] = 0.11 cal/g • oC
