Deliver to 
Free Shipping
  • Served Customers
  • Secure Payments
  • Served Customers
24/7 Live Chat
Microbiology an introduction plus mastering microbiology 13th-1_page-0001.jpg
Microbiology an introduction plus mastering microbiology 13th-4_page-0001.jpg
Microbiology an introduction plus mastering microbiology 13th-5_page-0001.jpg
Microbiology an introduction plus mastering microbiology 13th-6_page-0001.jpg
Microbiology an introduction plus mastering microbiology 13th-7_page-0001.jpg
Microbiology an introduction plus mastering microbiology 13th-8_page-0001.jpg
Microbiology an introduction plus mastering microbiology 13th-1_page-0001.jpg
Microbiology an introduction plus mastering microbiology 13th-4_page-0001.jpg
Microbiology an introduction plus mastering microbiology 13th-5_page-0001.jpg
Microbiology an introduction plus mastering microbiology 13th-6_page-0001.jpg
Microbiology an introduction plus mastering microbiology 13th-7_page-0001.jpg
Microbiology an introduction plus mastering microbiology 13th-8_page-0001.jpg

Microbiology an introduction plus mastering microbiology 13th edition

NaN
$18.50 
 & Instant Download
Payment Methods:
About this item
42) Identify the two functional groups that interact to form a peptide bond. A) amino group and carboxyl group B) carboxyl group and ester group C) amino group and ester group D) ester group and hydroxyl group E) hydroxyl group and amino group Answer: A Section: 2.5 Bloom's Taxonomy: Applying Learning Outcome: 2.10 43) A dehydration synthesis reaction between glucose (C6H12O6) and fructose (C6H12O6) produces a molecule of sucrose (C12H22O11). Why don't the two individual molecular formulae add up to the same number of atoms in the sucrose product? A) Oxygen must be burned/consumed during the reaction. B) In a dehydration reaction, a water molecule (H2O) is removed from the final molecule formed. C) In a dehydration reaction, a water molecule (H2O) is added to the final molecule formed. D) Hydrogen must be burned/consumed during the reaction. Answer: B Section: 2.5 Bloom's Taxonomy: Applying Learning Outcome: 2.7 44) In terms of similarities, which two molecules would be isomers of each other? A) glucose and sucrose B) glucose and maltose C) sucrose and fructose D) fructose and glucose Answer: D Section: 2.5 Bloom's Taxonomy: Applying Learning Outcome: 2.8

Questions 

Listed on 24 May, 2024