Amplify: Traits and Reproduction
Authored by Alexis Pimentel
Science
6th Grade
NGSS covered
Used 1K+ times
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About
This quiz focuses on the fundamental concepts of genetics and heredity, specifically examining how genes, proteins, and traits are related in living organisms. The content is designed for 6th grade students studying life science, requiring understanding of complex molecular relationships between genes, proteins, and observable characteristics. Students must grasp that genes provide instructions for making proteins, proteins interact to create traits, and organisms inherit gene versions from both parents through sexual reproduction. The quiz emphasizes the distinction between homozygous and heterozygous gene combinations, the role of mutations in creating genetic variation, and the mechanistic understanding that different protein structures determine how proteins connect and ultimately influence traits. Students need to differentiate between features (categories like eye color) and traits (specific characteristics like brown eyes), understand genetic vocabulary precisely, and apply reasoning about inheritance patterns to predict offspring characteristics. Created by Alexis Pimentel, a Science teacher in the US who teaches grade 6. This comprehensive assessment supports multiple instructional purposes, serving effectively as a formative assessment tool to gauge student understanding before moving to more advanced genetics concepts, or as targeted practice for reinforcing key vocabulary and mechanistic thinking about heredity. Teachers can deploy this quiz as a homework assignment to extend classroom learning, use individual questions as warm-up activities to activate prior knowledge, or implement it as a review tool before unit assessments. The quiz aligns with NGSS standards 5-LS2-1 (heredity and variation) and MS-LS3-2 (sexual reproduction and genetic variation), providing systematic practice with the molecular explanation of inheritance patterns that students must master to understand how genetic information flows from parents to offspring and creates the diversity observed in natural populations.
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33 questions
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1.
MULTIPLE CHOICE QUESTION
30 sec • 1 pt
There are two wolves that have the same proteins for paw size in their cells. The wolves have different parents. What can you say about the wolves' paw size?
They will have the same paw size since their proteins for paw size are the same so the proteins will connect in the same way.
They will have the same paw size since all wolves have the same paw size.
They will have different paw sizes because even with the same proteins for paw size, the proteins can connect in different ways.
They will have different paw sizes since only offspring from the same parents have the same size paws.
Tags
NGSS.HS-LS3-2
2.
MULTIPLE CHOICE QUESTION
30 sec • 1 pt
Two parrots have different parents. One parrot has red chest feathers, and the other parrot has yellow chest feathers. Why do the parrots have different feather colors on their chest?
Each parrot has different feather colors because offspring from different parents will have different feather colors.
Each parrot has different feather colors because they have different versions of the gene for feather color that connect together to make different feather colors.
The parrots have different versions of the gene for feather color, and the genes are different colors in each parrot’s feathers.
The parrots have different versions of the gene for feather color, which instruct for different proteins that connect in different ways to make different feather colors.
Tags
NGSS.HS-LS3-2
NGSS.HS-LS3-1
3.
MULTIPLE CHOICE QUESTION
30 sec • 1 pt
A dragonfly has blue wings. Its mother has blue wings, but its father has colorless wings. Which of these statements explains why the dragonfly has blue wings?
The dragonfly inherited one copy of the gene for wing color from its mother and one copy from its father. That gene combination instructs for proteins that connect in ways that make its wings blue.
The dragonfly inherited one copy of the gene for wing color from its mother and one copy from its father. Those genes connect together to make its wings blue.
The dragonfly inherited its copies of the gene for wing color from its mother and not from its father. Those genes connect together to make its wings blue.
The dragonfly inherited its copies of the gene for wing color from its mother and not from its father. Just like its mother’s genes, those genes instruct for proteins that connect in ways that make its wings blue.
Tags
NGSS.MS-LS3-2
NGSS.MS-LS1-5
4.
MULTIPLE CHOICE QUESTION
1 min • 1 pt
There are two tree frogs that have different proteins in their cells for tongue length. They have different parents. What can you say about the frogs' tongue lengths?
They will have the same tongue lengths because even with different proteins for tongue length, the proteins can connect in the same way.
They will have different tongue lengths since offspring from different parents will have different tongue lengths.
They will have different tongue lengths since their proteins for tongue length are different so the proteins will connect in different ways.
They will have the same tongue lengths since all tree frogs have the same tongue length.
Tags
NGSS.HS-LS3-2
NGSS.HS-LS3-1
5.
MULTIPLE CHOICE QUESTION
1 min • 1 pt
Two rhinoceros beetles have different parents. They have differently shaped horns. Why do the beetles have differently shaped horns?
The beetles have different versions of the gene for horn shape, which instruct for different proteins that connect in different ways make their horn shapes different.
The beetles have different versions of the gene for horn shape. The genes are curved differently in each beetle’s horns.
Each beetle has a different horn shape because offspring from different parents will have different horn shapes.
Each beetle has a different horn shape because they have different versions of the gene for horn shape that connect together to make different horn shapes.
Tags
NGSS.HS-LS3-2
NGSS.HS-LS3-1
6.
MULTIPLE CHOICE QUESTION
1 min • 1 pt
A father rabbit had long ears while the mother rabbit had short ears. Which of these statements explains why one of the baby bunnies could have long ears?
The baby bunny inherited its copies of the gene for ear length from its father and not from its mother. Those genes connect together to make its ears long.
The baby bunny inherited its copies of the gene for ear length from its father and not from its mother. Just like its father’s genes, those genes instruct for proteins that connect in ways that make its ears long.
The baby bunny inherited one copy of the gene for ear length from its father and one copy from its mother. That gene combination instructs for proteins that connect in ways that make long ears.
The baby bunny inherited one copy of the gene for ear length from its father and one copy from its mother. Those genes connect together to make its long ears.
Tags
NGSS.MS-LS4-4
7.
MULTIPLE CHOICE QUESTION
1 min • 1 pt
Two mice have different parents. They both have the same proteins for whisker thickness in their cells. What can you say about the mice's whisker thicknesses?
They will have the same whisker thicknesses since all mice have the same whisker thickness.
They will have the same whisker thicknesses since their proteins for whisker thickness are the same so the proteins will connect in the same way.
They will have different whisker thicknesses because even with the same proteins for whisker thickness, the proteins can connect in different ways.
They will have different whisker thicknesses since only offspring from the same parents have the same whisker thickness.
Tags
NGSS.HS-LS3-2
NGSS.HS-LS3-1
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