When can a mutation be passed on to offspring?

only when the mutation is present during or occurs during meiosis

only when the mutation is present during or occurs during mitosis

when the mutation occurs during mitosis or meiosis

when the mutation occurs in somatic cells

When a segment of a chromosome breaks off.

When a segment of a chromosome breaks off, flips, and reattaches.

When a segment of a chromosome is copied or doubles.

When a segment of a chromosome breaks and attaches to a non homologous chromosome.

When entire chromosomes don't separate evenly during meiosis.

When a segment of a chromosome breaks off, flips, and reattaches.

When a segment of a chromosome breaks off.

When a segment of a chromosome is copied or doubles.

When a segment of a chromosome breaks and attaches to a non homologous chromosome.

When entire chromosomes don't separate evenly during meiosis.

When a segment of a chromosome is copied or doubles.

When a segment of a chromosome breaks off.

When a segment of a chromosome breaks off, flips, and reattaches.

When a segment of a chromosome breaks and attaches to a non homologous chromosome.

When entire chromosomes don't separate evenly during meiosis.

When a segment of a chromosome breaks and attaches to a non homologous chromosome.

When a segment of a chromosome breaks off.

When a segment of a chromosome breaks off, flips, and reattaches.

When a segment of a chromosome is copied or doubles.

When entire chromosomes don't separate evenly during meiosis.

When a segment of a chromosome breaks off.

When a segment of a chromosome breaks off, flips, and reattaches.

When a segment of a chromosome is copied or doubles.

When a segment of a chromosome breaks and attaches to a non homologous chromosome.

Chromosomal Mutations

Quiz

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Biology

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8th - 12th Grade

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Practice Problem

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Medium

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NGSS

HS-LS3-2, HS-LS3-1, HS-LS4-2

Standards-aligned

LYNDRINA EVANS

Used 487+ times

FREE Resource

About this resource

This quiz focuses on chromosomal mutations in biology, covering the identification and understanding of structural and numerical chromosome abnormalities. The content is appropriate for high school biology students in grades 9-12, requiring knowledge of chromosome structure, meiosis, and genetic inheritance patterns. Students must understand five major types of chromosomal mutations: deletion (loss of chromosome segments), duplication (copying of chromosome segments), inversion (flipping of chromosome segments), translocation (transfer of segments between non-homologous chromosomes), and nondisjunction (unequal separation of chromosomes during meiosis). The quiz requires students to analyze visual representations of chromosomes, distinguish between different mutation types based on their structural characteristics, and understand the connection between meiotic errors and hereditary genetic disorders. Students need foundational knowledge of chromosome anatomy, cell division processes, and the relationship between genotype and inheritance to successfully complete this assessment. Created by Lyndrina Evans, a Biology teacher in the US who teaches grades 8-12. This comprehensive assessment tool effectively reinforces student understanding of chromosomal abnormalities through both visual identification and conceptual definition matching. Teachers can utilize this quiz as a formative assessment following instruction on genetic mutations, as review material before unit exams, or as homework to reinforce classroom learning about chromosome structure and function. The variety of question formats, including image-based identification and definition matching, accommodates different learning styles while thoroughly assessing student mastery of the topic. This quiz aligns with NGSS standards HS-LS3-1 (asking questions to clarify relationships about the role of DNA and chromosomes in coding instructions for characteristic traits passed from parents to offspring) and supports Common Core literacy standards in science through technical vocabulary development and analytical reasoning skills essential for understanding genetic inheritance patterns.