A cell has 50 chromosomes and starts mitosis. How many chromosomes will it have after G2? After cytokinesis? * After G2: 50 chromosomes. After cytokinesis: 50 chromosomes per cell O After G2: 100 chromosomes . After cytokinesis: 50 chromosomes per cell O After G2: 50 chromosomes. After cytokinesis: 25 chromosomes per cell

Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
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Chapter1: The Human Body: An Orientation
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Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...
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A cell has 50 chromosomes and starts mitosis. How many chromosomes
will it have after G2? After cytokinesis? *
After G2: 50 chromosomes. After cytokinesis: 50 chromosomes per cell
O After G2: 100 chromosomes . After cytokinesis: 50 chromosomes per cell
O After G2: 50 chromosomes. After cytokinesis: 25 chromosomes per cell
Transcribed Image Text:A cell has 50 chromosomes and starts mitosis. How many chromosomes will it have after G2? After cytokinesis? * After G2: 50 chromosomes. After cytokinesis: 50 chromosomes per cell O After G2: 100 chromosomes . After cytokinesis: 50 chromosomes per cell O After G2: 50 chromosomes. After cytokinesis: 25 chromosomes per cell
AaBb x AaBb. Both parents express the dominant phenotype for both traits.
The resulting offspring phenotypic ratio is 9:3:3:1. What does this indicate?
these two genes are on non homologous chromosomes and independently assort
during meiosis
these two genes are linked and on the same chromosomes and can NOT
independently assort
some of the offspring are the result of crossing over
O there is NOT random fertilization happening.
Transcribed Image Text:AaBb x AaBb. Both parents express the dominant phenotype for both traits. The resulting offspring phenotypic ratio is 9:3:3:1. What does this indicate? these two genes are on non homologous chromosomes and independently assort during meiosis these two genes are linked and on the same chromosomes and can NOT independently assort some of the offspring are the result of crossing over O there is NOT random fertilization happening.
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