What is the answer to the photos in the image - please have the question numbers to the answer

Biology: The Dynamic Science (MindTap Course List)
4th Edition
ISBN:9781305389892
Author:Peter J. Russell, Paul E. Hertz, Beverly McMillan
Publisher:Peter J. Russell, Paul E. Hertz, Beverly McMillan
Chapter39: Information Flow And The Neuron
Section: Chapter Questions
Problem 7TYK: Which of the following does not contribute to propagation of action potentials? a. As the area...
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What is the answer to the photos in the image - please have the question numbers to the answer

ons ov
mst
9. The intron sequences in eukaryotic genes are not translated into proteins
because:
A. introns are not transcribed by RNA polymerase
B. introns are removed by catalytic RNAS in the cytoplasm
C. the ribosome will skip over intron sequences when translating RNA into protein
D. intron sequences are removed from RNA molecules by the spliceosome, which works in
the nucleus
10. During meiosis:
A. alleles of a gene separate from each other when homologues separate in meiosis I
B. alleles of a gene separate from each other when homologues separate in meiosis ||
C. genes on the same chromosome will show 50% recombination
D. alleles of a gene will be linked and passed on together through meiosiso pain A
Transcribed Image Text:ons ov mst 9. The intron sequences in eukaryotic genes are not translated into proteins because: A. introns are not transcribed by RNA polymerase B. introns are removed by catalytic RNAS in the cytoplasm C. the ribosome will skip over intron sequences when translating RNA into protein D. intron sequences are removed from RNA molecules by the spliceosome, which works in the nucleus 10. During meiosis: A. alleles of a gene separate from each other when homologues separate in meiosis I B. alleles of a gene separate from each other when homologues separate in meiosis || C. genes on the same chromosome will show 50% recombination D. alleles of a gene will be linked and passed on together through meiosiso pain A
6. What is the direct contribution of the Na+/K+ pump to action potential firing?
A. The Na+/K+ pump is not involved directly in action potential firing
B. The Na+/K+ pump is responsible for the depolarization phase of the action potential
C. The Na+/K+ pump is responsible for the repolarization phase of the action potential
D. Neither the depolarization nor the repolarization phase would occur without the direct
contribution of the Na+/K+ pump
Transcribed Image Text:6. What is the direct contribution of the Na+/K+ pump to action potential firing? A. The Na+/K+ pump is not involved directly in action potential firing B. The Na+/K+ pump is responsible for the depolarization phase of the action potential C. The Na+/K+ pump is responsible for the repolarization phase of the action potential D. Neither the depolarization nor the repolarization phase would occur without the direct contribution of the Na+/K+ pump
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