You have new items in your feed. Click to view.
Question and answer
Atoms of elements on the left side of the periodic table have lower ionization energies than elements on the right. Using your knowledge of ions you could infer that ionization energy
refers to the energy needed for an atom to A. lose electrons. B. gain electrons. C. form ionic bonds. D. form covalent bonds.
C form ionic bonds.
Expert answered|azulphx|Points 0|
Question
Asked 6/2/2012 2:14:15 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
Bohr believed that electrons travelled in ________ orbits about the atomic nucleus. A. circular B. elliptical C. irregular D. oval-shaped
Weegy: A. circular User: According to the modern atomic model, electrons in an atom are always A. moving. B. losing charge. C. gaining charge. D. moving between levels. Weegy: A. moving. (More)
Question
Expert Answered
Asked 5/27/2012 5:52:37 PM
0 Answers/Comments
Rutherford's experiment conflicted with Thomson's model because it showed that A. the atom contains positively and negatively charged particles. B. the atom is composed of mostly empty space. C. the atom is full of a positively charged substance. D. the atom contains a nucleus with protons and neutrons.
Weegy: D. the atom contains a nucleus with protons and neutrons. User: J. J. Thomson, a British physicist, was the first to identify the A. atomic theory. B. proton. C. neutron. D. electron. Weegy: D. electron. User: This scientist led a series of experiments that used high-speed lightweight atoms called alpha particles to bombard very thin pieces of gold foil. Some of the alpha particles went straight through the foil but a few alpha particles bounced back. The scientist used this information to hypothesize that an atom must be made of a tiny dense nucleus surrounded by a region of mostly empty space. Which scientist did this? A. J. J. Thomson B. John Dalton C. Ernest Rutherford D. Neils Bohr Weegy: c. Ernest Rutherford User: Using his observations, Dalton developed a theory that A. different elements have different masses and sizes. B. different elements have different electron configurations. C. different elements have different subatomic particles. D. different elements have different electrical charges. Weegy: . different elements have different masses and sizes User: Dalton believed that: 1) Atoms are indivisible 2) All atoms of an element are identical From our current knowledge of the atom we can conclude that A. Dalton was correct. B. atoms of an element can have different numbers of protons. C. atoms are divisible. D. atoms of the same element are not always identical but all have the same mass. Weegy: Dalton believed that: C. atoms are divisible. (More)
Question
Expert Answered
Asked 5/27/2012 6:05:23 PM
0 Answers/Comments
Dalton believed that: 1) Atoms are indivisible 2) All atoms of an element are identical From our current knowledge of the atom we can conclude that A. Dalton was correct. B. atoms of an element can have different numbers of protons. C. atoms are divisible. D. atoms of the same element are not always identical but all have the same mass.
Weegy: Dalton believed that: C. atoms are divisible. (More)
Question
Expert Answered
Updated 6/4/2012 10:47:09 AM
1 Answer/Comment
Dalton did not believe that atoms were divisible. Atoms were proven divisible after his theories.
Added 6/4/2012 10:47:09 AM
This answer has been added to the Weegy Knowledgebase
0 questions answered
Popular Conversations
Weegy Stuff
S
Points 147 [Total 419] Ratings 1 Comments 137 Invitations 0 Offline
S
Points 22 [Total 22] Ratings 0 Comments 22 Invitations 0 Online
S
P
P
Points 21 [Total 700] Ratings 0 Comments 21 Invitations 0 Online
S
P
P
L
Points 18 [Total 1611] Ratings 0 Comments 18 Invitations 0 Offline
S
Points 18 [Total 450] Ratings 0 Comments 18 Invitations 0 Offline
S
Points 16 [Total 292] Ratings 0 Comments 16 Invitations 0 Offline
S
Points 10 [Total 32] Ratings 0 Comments 0 Invitations 1 Offline
S
Points 8 [Total 8] Ratings 0 Comments 8 Invitations 0 Offline
S
Points 0 [Total 0] Ratings 0 Comments 0 Invitations 0 Offline
S
Points 0 [Total 0] Ratings 0 Comments 0 Invitations 0 Offline
* Excludes moderators and previous
winners (Include)
Home | Contact | Blog | About | Terms | Privacy | © Purple Inc.