Most Missed MYF

How are cells organized in the human body?

• Cells are organized randomly.

• Cells form tissues, which form organs, which form systems, which form organisms.

• Cells form systems directly.

• Cells form organisms directly.

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GA.S7L2.b

Which of the following best describes the role of genes in inheriting traits?

• Genes have no role in inheritance.

• Genes are responsible for the transmission of traits from parents to offspring.

• Genes only affect physical traits, not behavioral traits.

• Genes are only found in plants.

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GA.S7L3.a

What is a key difference between asexual and sexual reproduction?

• Asexual reproduction requires two parents, while sexual reproduction requires one.

• Asexual reproduction results in offspring with identical genetic information, while sexual reproduction results in genetic variation.

• Asexual reproduction occurs only in animals, while sexual reproduction occurs only in plants.

• Asexual reproduction always results in more offspring than sexual reproduction.

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GA.S7L3.b

Explain how tissues are related to organs in the human body.

• Tissues are smaller than cells and do not form organs.

• Tissues are groups of similar cells that work together to perform a specific function, forming organs.

• Tissues are the same as organs.

• Tissues are unrelated to organs.

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GA.S7L2.b

How do chromosomes play a role in the inheritance of traits?

• Chromosomes do not affect inheritance.

• Chromosomes carry genes that determine traits passed from parents to offspring.

• Chromosomes are only involved in cell division, not inheritance.

• Chromosomes are only found in bacteria.

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GA.S7L3.a

Develop a model to explain how asexual reproduction results in offspring with identical genetic information.

• Asexual reproduction involves the fusion of gametes.

• Asexual reproduction involves a single parent duplicating its genetic material to produce identical offspring.

• Asexual reproduction involves genetic recombination.

• Asexual reproduction involves two parents contributing genetic material.

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GA.S7L3.b

Why is it important for cells to be organized into systems within an organism?

• It allows for random functioning of the organism.

• It ensures that different parts of the organism can work together efficiently to maintain homeostasis.

• It prevents cells from functioning.

• It is not important; cells can function independently.

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GA.S7L2.b

Construct an explanation of how genetic variation occurs in sexual reproduction.

• Genetic variation occurs because offspring are clones of their parents.

• Genetic variation occurs due to the combination of genetic material from two parents, leading to unique genetic combinations.

• Genetic variation does not occur in sexual reproduction.

• Genetic variation occurs only in asexual reproduction.

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GA.S7L3.b

How can a model of cell organization help in understanding the function of organs?

• It shows that organs are not related to cells.

• It helps visualize how cells form tissues, which then form organs, aiding in understanding organ function.

• It proves that tissues are not necessary for organ function.

• It demonstrates that organs are made of a single type of cell.

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GA.S7L2.b

What evidence supports the role of genes in the inheritance of traits?

• Genes are not involved in inheritance.

• Scientific studies show that specific genes are linked to specific traits passed from parents to offspring.

• Genes are only involved in the inheritance of diseases.

• Genes are only found in non-living things.

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GA.S7L3.a