45
EOC Review Packet #3

EOC Review Packet #3. Biomolecules Comparison Chart Organic molecules are based on CARBON. Use the chart in the packet comparing the following biomolecules

Embed Size (px)

Citation preview

Page 1: EOC Review Packet #3. Biomolecules Comparison Chart Organic molecules are based on CARBON. Use the chart in the packet comparing the following biomolecules

EOC Review Packet #3

Page 2: EOC Review Packet #3. Biomolecules Comparison Chart Organic molecules are based on CARBON. Use the chart in the packet comparing the following biomolecules

Biomolecules Comparison Chart Organic molecules are based on

CARBON.

• Use the chart in the packet comparing the following biomolecules in the venn diagrams:

Page 3: EOC Review Packet #3. Biomolecules Comparison Chart Organic molecules are based on CARBON. Use the chart in the packet comparing the following biomolecules

Carbohydrates & Lipids

CHOENERGY

SUGARS, STARCHES, CELLULOSE CHITIN

Used for energy and structure

Fats, oils, phospholipidswaxes and Steroids

Used for cell membranes

Page 4: EOC Review Packet #3. Biomolecules Comparison Chart Organic molecules are based on CARBON. Use the chart in the packet comparing the following biomolecules

Nucleic Acids & Proteins

CHONPS

Amino acidsEnzymes

Used to build and repair

CHONDNA & RNAStore and transmit genetic information

CHONP

Page 5: EOC Review Packet #3. Biomolecules Comparison Chart Organic molecules are based on CARBON. Use the chart in the packet comparing the following biomolecules

Carbohydrates & Proteins

SUGARS, STARCHES, CELLULOSE CHITIN

Used for energy and structure

CHO CHONPS

Amino acidsEnzymes

Used to build and repair

Page 6: EOC Review Packet #3. Biomolecules Comparison Chart Organic molecules are based on CARBON. Use the chart in the packet comparing the following biomolecules

Nucleic Acids & Lipids

Fats, oils, phospholipids waxes and SteroidsUsed for cell membranes

CHO

DNA & RNAStore and transmit genetic information

CHONP

Page 7: EOC Review Packet #3. Biomolecules Comparison Chart Organic molecules are based on CARBON. Use the chart in the packet comparing the following biomolecules

Label these Structures

Monosaccharide/carbohydrateNucleotide/Nucleic Acid

Amino Acid/Protein

Triglyceride/Lipid

Page 8: EOC Review Packet #3. Biomolecules Comparison Chart Organic molecules are based on CARBON. Use the chart in the packet comparing the following biomolecules
Page 9: EOC Review Packet #3. Biomolecules Comparison Chart Organic molecules are based on CARBON. Use the chart in the packet comparing the following biomolecules

3 Protein to amino acids

Page 10: EOC Review Packet #3. Biomolecules Comparison Chart Organic molecules are based on CARBON. Use the chart in the packet comparing the following biomolecules
Page 11: EOC Review Packet #3. Biomolecules Comparison Chart Organic molecules are based on CARBON. Use the chart in the packet comparing the following biomolecules

2 They are complex molecules made from smaller molecules.

Page 12: EOC Review Packet #3. Biomolecules Comparison Chart Organic molecules are based on CARBON. Use the chart in the packet comparing the following biomolecules

• Which compounds present in insects are composed of the amino acids that provide the Venus flytrap and sundew with much of their nitrogen?

A. Proteins C. SugarsB. Carbohydrates D.fats

Page 13: EOC Review Packet #3. Biomolecules Comparison Chart Organic molecules are based on CARBON. Use the chart in the packet comparing the following biomolecules

• Which compounds present in insects are composed of the amino acids that provide the Venus flytrap and sundew with much of their nitrogen?

A. Proteins C. SugarsB. Carbohydrates D. Fats

Page 14: EOC Review Packet #3. Biomolecules Comparison Chart Organic molecules are based on CARBON. Use the chart in the packet comparing the following biomolecules

Identify the stages of Mitosis

• A. Prophase• B.

Metaphase• C. Anaphase• D. Telophase• E. Cytokinesis

Mitosis produces two daughter cells identical to both each other and the parent cell due to the complementary rule.

Page 15: EOC Review Packet #3. Biomolecules Comparison Chart Organic molecules are based on CARBON. Use the chart in the packet comparing the following biomolecules

Describe what is happening at each phase of the cell cycle

• G1 – cell performs regular processes. If the cell gets too large, then…

• S – DNA replicates• G2 – cell gets ready to

divide• Mitosis – nuclear division• Cytokinesis – divison of

the cytoplasm

Page 16: EOC Review Packet #3. Biomolecules Comparison Chart Organic molecules are based on CARBON. Use the chart in the packet comparing the following biomolecules

DNA ReplicationA. NucleotideB. DNA strandC. New DNA strand

Semiconservative Model of DNA replication shows thateach new DNA molecule has one original and one new strand

due to original strand serving as a template for the new strand (complementary rule).

AB

C

Page 17: EOC Review Packet #3. Biomolecules Comparison Chart Organic molecules are based on CARBON. Use the chart in the packet comparing the following biomolecules

Protein Synthesis

• Describe the purpose and process of transcription and translation.

Transcription – a copy of the gene is coded in mRNA

Translation – the mRNA is read by the ribosome and a protein is made.

Page 18: EOC Review Packet #3. Biomolecules Comparison Chart Organic molecules are based on CARBON. Use the chart in the packet comparing the following biomolecules

A

Page 19: EOC Review Packet #3. Biomolecules Comparison Chart Organic molecules are based on CARBON. Use the chart in the packet comparing the following biomolecules

2

Page 20: EOC Review Packet #3. Biomolecules Comparison Chart Organic molecules are based on CARBON. Use the chart in the packet comparing the following biomolecules

Genetics – Punnett Squares

A

Page 21: EOC Review Packet #3. Biomolecules Comparison Chart Organic molecules are based on CARBON. Use the chart in the packet comparing the following biomolecules

MEIOSIS:• Explain why there is only

half the number of chromosomes in the resulting gametes:

Reduction division – the cell goes through 2 rounds of division. DNA doesn’t replicate before the 2nd round so by the end the number of chromosomes is reduced by half.

Page 22: EOC Review Packet #3. Biomolecules Comparison Chart Organic molecules are based on CARBON. Use the chart in the packet comparing the following biomolecules

Genetic Recombination

Examine the process of genetic recombination which occurs during prophase I of meiosis. In your own words explain what and how recombination occurs.Chromosomes cross over and pieces break off and combine with the homologous chromosome.

How does genetic recombination lead to diversity within a species population? Mixes up the genes on the chromosomes into new combinations.

Page 23: EOC Review Packet #3. Biomolecules Comparison Chart Organic molecules are based on CARBON. Use the chart in the packet comparing the following biomolecules

4

Page 24: EOC Review Packet #3. Biomolecules Comparison Chart Organic molecules are based on CARBON. Use the chart in the packet comparing the following biomolecules

2

Page 25: EOC Review Packet #3. Biomolecules Comparison Chart Organic molecules are based on CARBON. Use the chart in the packet comparing the following biomolecules

4

Page 26: EOC Review Packet #3. Biomolecules Comparison Chart Organic molecules are based on CARBON. Use the chart in the packet comparing the following biomolecules

Modern Genetics:• What is the name of the

figure to the right? What is the name of the abnormality in the circle?

Karyotype• During which process did

this abnormality result in, mitosis or meiosis?

Meiosis• How did this abnormality

occur?Nondisjunction (failure of

chromosomes to separate during meiosis I or II)

Page 27: EOC Review Packet #3. Biomolecules Comparison Chart Organic molecules are based on CARBON. Use the chart in the packet comparing the following biomolecules

• What is the name of the figure to the left?

DNA fingerprint• How is this figure used?

Identifies individual since each DNA fingerprint is unique to that individual (exception is identical twins)

• Which suspect left the DNA at the crime scene? How do you know?

2 because it matches the crime scene DNA.

Page 28: EOC Review Packet #3. Biomolecules Comparison Chart Organic molecules are based on CARBON. Use the chart in the packet comparing the following biomolecules

• What is the name of the figure to the left? Pedigree

• Are the males carriers of this disease or is it passed on to them?

Can’t be carriers; passed on• Explain how this is a x-linked

disease:

Males have the disorder because they only inherit 1 X chromosome.

• Why did only one son become affected and the other did not?

50/50 chance each conception

Page 29: EOC Review Packet #3. Biomolecules Comparison Chart Organic molecules are based on CARBON. Use the chart in the packet comparing the following biomolecules

3

Page 30: EOC Review Packet #3. Biomolecules Comparison Chart Organic molecules are based on CARBON. Use the chart in the packet comparing the following biomolecules

Types of Mutations: Identify as deletion, inversion, duplication, or translocation

TRANSLOCATIONDELETION

INVERSION DUPLICATION

Page 31: EOC Review Packet #3. Biomolecules Comparison Chart Organic molecules are based on CARBON. Use the chart in the packet comparing the following biomolecules

1

Page 32: EOC Review Packet #3. Biomolecules Comparison Chart Organic molecules are based on CARBON. Use the chart in the packet comparing the following biomolecules

EVOLUTION• Explain how adaptive

radiation is a mechanism of natural selection:

Environment favors phenotypes that give organisms an advantage. Those best adapted to the environment survive to reproduce passing on their genes to the next generation Each generation better adapted to the environment then the one before.

Page 33: EOC Review Packet #3. Biomolecules Comparison Chart Organic molecules are based on CARBON. Use the chart in the packet comparing the following biomolecules

A. Compare homologous to analogous structures.

Analogous – no recent closely related relative. Different structure, same function. Homologous - recent closely related relative. Same structure , different function.

B. Which structures share a recent closely related ancestor?homologous

Page 34: EOC Review Packet #3. Biomolecules Comparison Chart Organic molecules are based on CARBON. Use the chart in the packet comparing the following biomolecules

How does embryological evidence support the theory of evolution?

Right after conception, all vertebrates start out looking very similar. The more closely related, the longer they look alike.

Page 35: EOC Review Packet #3. Biomolecules Comparison Chart Organic molecules are based on CARBON. Use the chart in the packet comparing the following biomolecules

3

Page 36: EOC Review Packet #3. Biomolecules Comparison Chart Organic molecules are based on CARBON. Use the chart in the packet comparing the following biomolecules

3

Page 37: EOC Review Packet #3. Biomolecules Comparison Chart Organic molecules are based on CARBON. Use the chart in the packet comparing the following biomolecules

What is occurring in each graph?

• 1. Either end of the spectrum is favored.

• 2. The mid-range of the spectrum is favored.

• 3. The range of the spectrum shifted from smallest to the largest.

Page 38: EOC Review Packet #3. Biomolecules Comparison Chart Organic molecules are based on CARBON. Use the chart in the packet comparing the following biomolecules

2

Page 39: EOC Review Packet #3. Biomolecules Comparison Chart Organic molecules are based on CARBON. Use the chart in the packet comparing the following biomolecules

• From the following list of common and Latinized names determine which pair represents the two most closely related plants.

• broad bean Vicia faba • castor bean Ricinus communis • kidney bean Phaseolus vulgaris • potato bean Apios americana • scarlet runner bean Phaseolus coccineus

A. broad bean and castor beanB. castor bean and kidney beanC. kidney bean and scarlet runner beanD. scarlet runner bean and castor beanE. potato bean and broad bean

C

Page 40: EOC Review Packet #3. Biomolecules Comparison Chart Organic molecules are based on CARBON. Use the chart in the packet comparing the following biomolecules

• Dichotomous Key on Norns• 1. Has pointed ears .................................... go to 3

....Has rounded ears ....................................go to 2 • 2. Has no tail ............................................. Kentuckyus

....Has tail .................................................. Dakotus • 3. Ears point upward .................................... go to 5

....Ears point downward ..............go to 4 • 4. Engages in waving behavior ............................. Dallus

....Has hairy tufts on ears ..........................................Californius

• 5. Engages in waving behavior ............................. WalaWala ....Does not engage in waving behavior....................go to 6

• 6. Has hair on head ............................................. Beverlus ....Has no hair on head (may have ear tufts) .......go to 7

• 7. Has a tail ............................................. Yorkio ....Has no tail, aggressive ............................ Rajus

Identify the names of the two norns below by using the dichotomous key to the left.

Beverlus Dallus

Page 41: EOC Review Packet #3. Biomolecules Comparison Chart Organic molecules are based on CARBON. Use the chart in the packet comparing the following biomolecules

Describe how viruses and bacteria are similar:

Page 42: EOC Review Packet #3. Biomolecules Comparison Chart Organic molecules are based on CARBON. Use the chart in the packet comparing the following biomolecules

•Describe the importance of antibiotic treatment and the failure of its effectiveness: Antibiotics kill bacteria but overuse leads to antibiotic resistance in bacteria.•How is this similar to chemical pesticide resistance in plants? Same thing happens with pesticides and insects.•How does resistance to treatment affect particular populations in terms of survival of the fittest and species continuation or depletion? Those best adapted survive to reproduce - Leads to resistant strains of bacteria.

Page 43: EOC Review Packet #3. Biomolecules Comparison Chart Organic molecules are based on CARBON. Use the chart in the packet comparing the following biomolecules

2

Page 44: EOC Review Packet #3. Biomolecules Comparison Chart Organic molecules are based on CARBON. Use the chart in the packet comparing the following biomolecules

3

Page 45: EOC Review Packet #3. Biomolecules Comparison Chart Organic molecules are based on CARBON. Use the chart in the packet comparing the following biomolecules

1