An individual virus binds to the surface of a cell, hijacks the cellular machinery inside, and replicates itself sometimes thousands of times. Based on what you've learned about the size, scale, and components of virus, explain how a virus is able to accomplish this. Justify your answer with scientific reasoning.
An individual virus binds to the surface of a cell, hijacks the cellular machinery inside, and replicates itself sometimes thousands of times. Based on what you've learned about the size, scale, and components of virus, explain how a virus is able to accomplish this. Justify your answer with scientific reasoning.
Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
Publisher:Elaine N. Marieb, Katja N. Hoehn
Chapter1: The Human Body: An Orientation
Section: Chapter Questions
Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...
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I’m super confused on number 7. I kind of understand the number but definitely not fully. Would you be able to help explain what number 7 would be?
![5. If you lined up TMV particles end to end, how many would fit along the length of the same paperclip?
example above? Justify your answer by showing your calculations. (Hint: Use your response to Question 3.)
skin cells side by side, how many would fit along the length of the paperclip in the
1,000 cells.
30,000/ 30, 000
= 1000
Justify your answer by showing your calculations, (Hint: Use your response to OQuestion 1.)
100, 600 pamdes
parndles
( 30,000,00/ 300) = 100,000
6.
" you lined up TMV particles end to end, how many would fit across the diameter of the average human
Skin cell? Justify your answer by showing your calculations. (Hint: Use your responses to Questions 1 and 3.)
160 pamles
30,000
300
7. An individual virus binds to the surface of a cell, hijacks the cellular machinery inside, and replicates itself,
sometimes thousands of times. Based on what you've learned about the size, scale, and components of a
virus, explain how a virus is able to accomplish this. Justify your answer with scientific reasoning.
the T icon
characteristic, then](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F7d978a11-a13f-4a15-8779-5cc3f79672ab%2F23364cba-671f-451d-97b9-2862236f1d34%2F48llzba_processed.jpeg&w=3840&q=75)
Transcribed Image Text:5. If you lined up TMV particles end to end, how many would fit along the length of the same paperclip?
example above? Justify your answer by showing your calculations. (Hint: Use your response to Question 3.)
skin cells side by side, how many would fit along the length of the paperclip in the
1,000 cells.
30,000/ 30, 000
= 1000
Justify your answer by showing your calculations, (Hint: Use your response to OQuestion 1.)
100, 600 pamdes
parndles
( 30,000,00/ 300) = 100,000
6.
" you lined up TMV particles end to end, how many would fit across the diameter of the average human
Skin cell? Justify your answer by showing your calculations. (Hint: Use your responses to Questions 1 and 3.)
160 pamles
30,000
300
7. An individual virus binds to the surface of a cell, hijacks the cellular machinery inside, and replicates itself,
sometimes thousands of times. Based on what you've learned about the size, scale, and components of a
virus, explain how a virus is able to accomplish this. Justify your answer with scientific reasoning.
the T icon
characteristic, then
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