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Science Summer Camp - Atoms Flashcards | StudBud
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Science Summer Camp - Atoms
Science Summer Camp - Atoms
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15-item quiz about atoms and periodic table
Flashcards
15 cards
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Questions
15
Answers
1
Using the atomic structure map below, which words correctly correspond to the letters?
D- Zero Charge
B-Proton
C-Negative Charge
A-Nucleus
2
What is the name of the atom with the image below?
Argon
Magnesium
Carbon
Boron
3
Identify the name of the element below.
Beryllium
Lithium
IDK
Helium
4
Look at your Periodic Table. How many energy levels does Rubidium (37) have?
5
1
2
6
5
Look at your Periodic Table. What makes these elements the same - Boron, Silicon and Germanium?
They are all solid metals.
They are all solid metalloids
They are all gaseous metalloids.
They are all nonmetals.
6
What is the mass number of Fluorine with a neutron of 9?
18
19
81
0
7
Look at your Periodic Table. Which elements have the same properties as Hydrogen?
Beryllium
Helium
Sodium
Lithium
8
Which GROUP do Neon, Argon, Helium and Xenon belong and what is their state of matter?
Group 15-Solid & Liquid
Group 13- Solid & Metalloid
Group 18-All Gases
Group 18 - All Solid
9
Which substance in the table below indicates that a CHEMICAL CHANGE occurred?
2
3
1
4
10
Look at the image. Which types of particles are in the nucleus of an atom?
Positively and zero charged particles
Positively and negatively charged particles
Positively charged particles only
Negatively and zero charged particles
11
What is the MASS NUMBER of oxygen? Remember to round.
16
15.999
16.05
15
12
What is the total mass of the atom below?
6
12
IDK
18
13
If the proton of a newly discovered substance is 25 & its neutron is 31, it could possibly be_.
Gallium
Manganese
Iron
Barium
14
Look at your Periodic Table. What is the atomic number of Iron?
25
9
26
27
15
Look at the image. What type of particles are found in the cloud surrounding the nucleus?
Negatively-charged particles only
Positively-charged and zero-charged particles
Positively-charged particles only
Positively- and negatively-charged particles
