Notice: Payments for answers will end 4/10/2017. Click for more info.
You have new items in your feed. Click to view.
Question and answer
Q: What are the weakest attractions between molecules? A. hydrogen forces B. covalent forces C. van der Waals forces D. ionic
forces
A: C. Van der Waals are the weakest attractions
Expert answered|MrG|Points 2180|
Question
Asked 12/31/2012 2:21:28 PM
0 Answers/Comments
Get an answer
New answers
Rating

There are no new answers.

Comments

There are no comments.

Add an answer or comment
Log in or sign up first.
Questions asked by the same visitor
Ionic compounds are compounds composed of cations and anions. A. True B. False
Weegy: TRUE. Ionic compounds are compounds composed of cations and anions. (More)
Question
Expert Answered
Updated 3/6/2014 12:24:10 PM
0 Answers/Comments
The nucleus of an atom is A. negatively charged and has a low density. B. positively charged and has a high density. C. negatively charged and has a high density. D. positively charged and has a low density
Question
Expert Answered
Updated 273 days ago|3/16/2017 1:42:46 AM
1 Answer/Comment
The nucleus of an atom is positively charged and has a high density.
Added 273 days ago|3/16/2017 1:42:46 AM
This answer has been confirmed as correct and helpful.
Confirmed by jeifunk [3/16/2017 1:54:23 AM]
A neutron is a positively charged subatomic particle. A. True B. False
Weegy: A neutron is a positively charged subatomic particle. FALSE. (More)
Question
Expert Answered
Updated 1/31/2016 11:15:58 AM
0 Answers/Comments
The transfer of valence electrons produces negatively charged ions called anions. A. True B. False
Question
Not Answered
Updated 2/21/2015 10:32:55 PM
1 Answer/Comment
The transfer of valence electrons produces negatively charged ions called anions. This is TRUE.
Added 2/21/2015 10:32:55 PM
This answer has been confirmed as correct and helpful.
A term used to describe the weakest intermolecular attractions; these include dispersion forces and dipole interactions. A. ionic bond B. van der Waals forces C. hydrogen bonding D. covalent bond
Question
Not Answered
Updated 2/5/2016 4:32:31 PM
1 Answer/Comment
Van der Waals forces is the term used to describe the weakest intermolecular attractions; these include dispersion forces and dipole interactions.

Added 2/5/2016 4:21:04 PM
This answer has been confirmed as correct and helpful.
Confirmed by jeifunk [2/5/2016 4:32:40 PM]
26,528,203 questions answered
Popular Conversations
What is the primary mission of the Department of Homeland ...
Weegy: The primary mission of the Department of Homeland Security is " ensuring that the United States and its citizens ...
12/12/2017 7:12:59 AM| 4 Answers
This year, after a lengthy, noisy debate, they decided to take ...
Weegy: This year, after a lengthy, noisy debate, they decided to take separate vacations. This is a Simple Sentence. ...
12/10/2017 4:51:34 AM| 4 Answers
Which one of the following types of sentences gives a command or ...
Weegy: Do your work! The sentence above is an example of an IMPERATIVE sentence. User: Which one of the following ...
12/8/2017 6:12:32 AM| 3 Answers
A scientific _______ is a principle that describes the behavior of a ...
Weegy: A scientific LAW is a principle that describes the behavior of a natural phenomenon. User: The gradient of ...
12/4/2017 2:17:59 PM| 2 Answers
Shakespeare was born in London in 1564. User: Jonathan Swift ...
Weegy: Jonathan Swift wrote Gulliver's Travels. TRUE. User: Shelley's life was contrary to the ideas he explored in ...
12/13/2017 7:08:02 AM| 2 Answers
The American College of Sports Medicine (ACSM) recommends doing ...
Weegy: I thing adults should get at least 150 minutes of moderate-intensity exercise per week. [ Exercise ...
12/6/2017 9:19:04 AM| 2 Answers
Weegy Stuff
S
L
Points 96 [Total 112] Ratings 4 Comments 56 Invitations 0 Offline
S
Points 10 [Total 10] Ratings 1 Comments 0 Invitations 0 Offline
S
Points 5 [Total 5] Ratings 0 Comments 5 Invitations 0 Offline
S
P
L
P
Points 1 [Total 166] Ratings 0 Comments 1 Invitations 0 Offline
* Excludes moderators and previous
winners (Include)
Home | Contact | Blog | About | Terms | Privacy | © Purple Inc.