QUESTION 7Match the event that happens in meiosis with how we simulated it in this lab.gred and yellow bead strands of the same length that looked like anJx attached to each other with magnetsred and yellow bead strands moved together towards a pole instead ofbreaking apart and moving to opposite polesA. DNA replicationB. tetrad formationbead strands could be arranged so that either the red or the yellow beadswere above or below the middle of the cellC. crossing oversingle bead strands had another bead strand added to it attached by amagnet (ex. a long yellow strand had another long yellow strand added so itno longer looked like a single strand but more like an X)D. random alignmentE. nondisjunctionwhite paper was cut throughF. cell division4 yellow beads were popped off the bottom of a yellow strand and 4 redbeads from an adjacent red strand and the opposite colors were joined (eg.yellow got snapped onto red and red onto yellow)

Meiosis is the division of a germ cell that involves two nucleolus fissions and produces four…

QUESTION 7 Match the event that happens in meiosis with how we simulated it in this lab. red and yellow bead strands of the same length that looked like an UX attached to each other with magnets red and yellow bead strands moved together towards a pole instead of breaking apart and moving to opposite poles A. DNA replication B. tetrad formation bead strands could be arranged so that either the red or the yellow beads were above or below the middle of the cll C. crossing over single bead strands had another bead strand added to it attached by a magnet (ex. a long yellow strand had another long yellow strand added so it no longer looked like a single strand but more like an X) D. random alignment E. nondisjunction jwhite paper was cut through F. cell division 4 yellow beads were popped off the bottom of a yellow strand and 4 red beads from an adjacent red strand and the opposite colors were joined (eg. yellow got snapped onto red and red onto yellow)

QUESTION 7 Match the event that happens in meiosis with how we simulated it in this lab. red and yellow bead strands of the same length that looked like an UX attached to each other with magnets red and yellow bead strands moved together towards a pole instead of breaking apart and moving to opposite poles A. DNA replication B. tetrad formation bead strands could be arranged so that either the red or the yellow beads were above or below the middle of the cll C. crossing over single bead strands had another bead strand added to it attached by a magnet (ex. a long yellow strand had another long yellow strand added so it no longer looked like a single strand but more like an X) D. random alignment E. nondisjunction jwhite paper was cut through F. cell division 4 yellow beads were popped off the bottom of a yellow strand and 4 red beads from an adjacent red strand and the opposite colors were joined (eg. yellow got snapped onto red and red onto yellow)

Biology Today and Tomorrow without Physiology (MindTap Course List)

5th Edition

ISBN:9781305117396

Author:Cecie Starr, Christine Evers, Lisa Starr

Publisher:Cecie Starr, Christine Evers, Lisa Starr

Chapter8: How Cells Reproduce

Section: Chapter Questions

Problem 2.1DID

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