thursday, 10/29/2015 objective: swbat demonstrate an understanding of chapters 3,4,5, and 6. warm-up...

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Thursday, 10/29/2015 Objective: SWBAT demonstrate an understanding of chapters 3,4,5, and 6. Warm-up Questions (answer in head only): 1.Did you finish your journal self- grade? 2.Are you going to study tonight for tomorrow’s test?

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Page 1: Thursday, 10/29/2015 Objective: SWBAT demonstrate an understanding of chapters 3,4,5, and 6. Warm-up Questions (answer in head only): 1. Did you finish

Thursday, 10/29/2015Objective: SWBAT demonstrate an understanding of chapters 3,4,5, and 6.

Warm-up Questions (answer in head only):

1.Did you finish your journal self-grade?2.Are you going to study tonight for tomorrow’s test?

Page 2: Thursday, 10/29/2015 Objective: SWBAT demonstrate an understanding of chapters 3,4,5, and 6. Warm-up Questions (answer in head only): 1. Did you finish

Battle Royale-Style

Page 3: Thursday, 10/29/2015 Objective: SWBAT demonstrate an understanding of chapters 3,4,5, and 6. Warm-up Questions (answer in head only): 1. Did you finish

Battle Royale Rules!• Each person from your team will be up at the board

one time.• Each person from your team may go up to the board

to assist someone one time. After that they may not be a helper for the remainder of the game. No direct communication between the group and the board.

• You must show your work with appropriate units for math problems.

• You must write in a complete, stand-alone sentence for explanations (IQIA).

• Lists must be written in order (answers only)• The point will be awarded for the team with the

correct, complete answer that puts their pen down pen down first.first.

• Candy for the winning team!!!Candy for the winning team!!!

Page 4: Thursday, 10/29/2015 Objective: SWBAT demonstrate an understanding of chapters 3,4,5, and 6. Warm-up Questions (answer in head only): 1. Did you finish

Let’s assemble teams!Team RIGHT:

?Team MIDDLE:

?Team LEFT:

?

Page 5: Thursday, 10/29/2015 Objective: SWBAT demonstrate an understanding of chapters 3,4,5, and 6. Warm-up Questions (answer in head only): 1. Did you finish

Rank in order (but not IQIA)! 1. Rank from least complex to most complex using the following ecological terms:

biome, biosphere, community, ecosystem, population

Population, community, ecosystem, biome, biosphere

Page 6: Thursday, 10/29/2015 Objective: SWBAT demonstrate an understanding of chapters 3,4,5, and 6. Warm-up Questions (answer in head only): 1. Did you finish

Draw a pretty picture! 2. Draw a food chain with at least four organisms. Label the following:carnivore(s), consumer(s), herbivore(s), producer(s)

The first organism should be the producer, the second should be an herbivore, the third and fourth are carnivores; all but the producer are consumers. Arrows point from prey to predator.

Page 7: Thursday, 10/29/2015 Objective: SWBAT demonstrate an understanding of chapters 3,4,5, and 6. Warm-up Questions (answer in head only): 1. Did you finish

Answers in a complete sentence!

3. What is a difference between primary succession and secondary succession?

Primary succession starts with bare rock and no soil and proceeds slowly. Secondary succession occurs after a disturbance or natural disaster; soil is still present and it proceeds faster.

Page 8: Thursday, 10/29/2015 Objective: SWBAT demonstrate an understanding of chapters 3,4,5, and 6. Warm-up Questions (answer in head only): 1. Did you finish

Draw a pretty picture!

4. Draw and label two graphs: one exponential growth curve and one logistic growth curve.

Page 9: Thursday, 10/29/2015 Objective: SWBAT demonstrate an understanding of chapters 3,4,5, and 6. Warm-up Questions (answer in head only): 1. Did you finish

Show work and include units!5. A moose consumes 875,000 kilocalories during its lifetime. Calculate the number of calories that would be available to the gray wolf that eats it.

875,000 kilocalories*0.1 = 87,500 kilocalories

Page 10: Thursday, 10/29/2015 Objective: SWBAT demonstrate an understanding of chapters 3,4,5, and 6. Warm-up Questions (answer in head only): 1. Did you finish

Draw a diagram! 6. Draw a biological part of the carbon cycle

using the following components: plants, animals, atmosphere. Label arrows to show processes.

• Plants take CO2 through photosynthesis• Animals eat plants (and other animals)• Animals (and plants) release CO2 through

cellular respiration

Page 11: Thursday, 10/29/2015 Objective: SWBAT demonstrate an understanding of chapters 3,4,5, and 6. Warm-up Questions (answer in head only): 1. Did you finish

Show your work (including units)!7. In 1981 there were 410 ocelot on the island of Elba (100 square kilometers). A population biologist determined that 60 ocelots are born each year, 25 die each year, immigration is 2 each year and emigration is 7 each year. What was the population density the year Ronald Reagan was re-elected (1984)?

N = 410 + (60-25+2-7)(3 years) = 500 ocelotsD = N/area = 500 /100 = 5 ocelots/km2

Page 12: Thursday, 10/29/2015 Objective: SWBAT demonstrate an understanding of chapters 3,4,5, and 6. Warm-up Questions (answer in head only): 1. Did you finish

Bonus QuestionLine your team members up in front of your space on the board in order from shortest to tallest.

Page 13: Thursday, 10/29/2015 Objective: SWBAT demonstrate an understanding of chapters 3,4,5, and 6. Warm-up Questions (answer in head only): 1. Did you finish

List your answers (not IQIA)8. Identify each type of community interaction:

a.Termites chew up wood; microorganisms in their gut digest it and provide nutrients to termites.b. Cordyceps fungi hijack an insect’s brain and change its behavior before bursting of it out and dispersing spores.c. Mosquitoes carry the malaria-causing protozoan without even knowing it.

Mutualism

Parasatism

Commensalism

Page 14: Thursday, 10/29/2015 Objective: SWBAT demonstrate an understanding of chapters 3,4,5, and 6. Warm-up Questions (answer in head only): 1. Did you finish

Answer in complete sentences!9. Compare and contrast invasive species from reintroduced species by describing one similarity and one difference.

Similarities: introduced into an areaDifferences: invasives are non-native and reintroduced used to be there; invasives cause harm

Page 15: Thursday, 10/29/2015 Objective: SWBAT demonstrate an understanding of chapters 3,4,5, and 6. Warm-up Questions (answer in head only): 1. Did you finish

Rank in order (but not IQIA)! 10. Rank the following for least total biomass to greatest total biomass:

Birds, insects, plants, spiders, tree snakes

Tree snakes, birds, spiders, insects, plants (from top of trophic level to bottom)

Page 16: Thursday, 10/29/2015 Objective: SWBAT demonstrate an understanding of chapters 3,4,5, and 6. Warm-up Questions (answer in head only): 1. Did you finish

Answer in complete sentence11. How are density-dependent limiting factors different from density-independent limiting factors?

Density-independent factors affect a population regardless of its size; density-dependent factors have larger effects as the population size increases

Page 17: Thursday, 10/29/2015 Objective: SWBAT demonstrate an understanding of chapters 3,4,5, and 6. Warm-up Questions (answer in head only): 1. Did you finish

List and label answers (not IQIA)12. You want to know if studying improves grades. To test this you take 50 sophomores with the same GPA (3.0) and have half of them review biology concepts using flashcards for 10 minutes a day; the other students do not (they play Pacman instead). You will compare the average test scores of the two groups.

Identify the manipulated variable, responding variable, and two controlled variables.

MV = activity (studying/pacman)RV = average test scoreCVs = GPA, sophomores, time of activity, same test

Page 18: Thursday, 10/29/2015 Objective: SWBAT demonstrate an understanding of chapters 3,4,5, and 6. Warm-up Questions (answer in head only): 1. Did you finish

You must answer in complete sentences!13. What is a validity measure?

A validity measure is a step taken during an experiment to ensure that the data collected shows what it is supposed to show. For example, calibrating equipment, washing glassware and running positive/negative controls are all validity measures.