Loose-leaf Version for What Is Life? A Guide to Biology 4E & LaunchPad for What is Life? A Guide to Biology 4E (Twelve Month Access)
4th Edition
ISBN: 9781319154639
Author: Jay Phelan
Publisher: W.H. Freeman & Co
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Chapter 2, Problem 2SA
Summary Introduction
To review:
Why atoms with a complete outer shell are unlikely to form bonds.
Introduction:
An atom is most stable when its outermost shell is filled.
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For hydrogen bonds, answer these three questions:
A) Are they found in polar, non-polar or both types of molecules?
B) Are they strong or weak?
C) Are they found inside a molecule or between a molecule?
Which of the following types of bonds are not involved in maintaining the tertiary
structure of proteins?
A) Hydrogen Bonds
B) Disulfide Bonds
C) Ionic Bonds
D) Peptide Bonds
What causes atoms to form chemical bonds? Why do some elementsnot bond readily?
Chapter 2 Solutions
Loose-leaf Version for What Is Life? A Guide to Biology 4E & LaunchPad for What is Life? A Guide to Biology 4E (Twelve Month Access)
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- What type of bond within a molecule holds the atoms of the molecule together?arrow_forwardwhat is a weak bond between hydrogen atom with a partial positive charge(usually O or N) and electronegative atom with a partial negative charge?arrow_forwardWhen two atoms share a pair of valence electrons with different levels of electronegativity, what type of bond is this?arrow_forward
- A free radiacal is a) Any charged particel b) An atom or molecule with unpaired electron in the outer shell c) An atom with an even number of electronarrow_forwardHow are atoms constructed?arrow_forwardWhat kinds of bonds often control the shape (or tertiary form) of large molecules such as proteins? a. hydrogen b. ionic c. covalent d. inert e. singlearrow_forward
- Ionic and covalent bonds join atoms into molecules. What do hydrogen bonds do?arrow_forwardVisit this website (http://openstaxcollege.org/l/ptable) to view the periodic table. In the periodic table of the elements, elements in a single column have the same number of electrons that can participate in a chemical reaction. These electrons are known as valence electrons. For example, the elements in the first column all have a single valence electron—an electron that can be donated in a chemical reaction with another atom. What is the meaning of a mass number shown in parentheses?arrow_forwardWhy are hydrogen bonds so important in biological systems, considering that they are so weak?arrow_forward
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