2. Describe what the alpha particle scattering experiment showed about the structure of the atom - choose 3 (3)
Question 3
3.
3. Name the part of the atom with a negative charge (1)
Question 4
4.
4. Name the variable we change in an experiment (1)
Question 5
5.
5. Write this number to 3 significant figures: 99854 m (1)
Question 6
6.
Atoms have no overall charge because…
Key Knowledge
Question 7
7.
What is an ion?
Question 8
8.
When at atom gains an electron, what does it become?
Question 9
9.
When at atom loses an electron, what does it become?
Question 10
10.
What do we call the orbits of each specific distance from the nucleus?
Question 11
11.
What happens when an atom absorbs electromagnetic radiation?
Question 12
12.
What happens when an atom emits electromagnetic radiation?
Question 13
13.
What is an ion?
Question 14
14.
When at atom gains an electron, what does it become?
Question 15
15.
When at atom loses an electron, what does it become?
Question 16
16.
What do we call the orbits of each specific distance from the nucleus?
Question 17
17.
What happens when an atom absorbs electromagnetic radiation?
Question 18
18.
What happens when an atom emits electromagnetic radiation?
Recall Quiz
Question 19
19.
1)What do we call an atom that has lost an electron?
Question 20
20.
2)What do we call an atom that has gained an electron?
Question 21
21.
3) What do we call the orbits of each specific distance from the nucleus?
Question 22
22.
4) What causes an electron to move to a higher energy level?
Question 23
23.
5) What causes an electron to move to a lower energy level?
We Do
Question 24
24.
•The _______________ (1)chorine atom atom will _________(2) one electron to become a chloride ion.
•Since electrons are ____________(3) charged, when an electron is ___________(4) the ion will become negatively charged. (Write the four missing words in order)
You Do
Question 25
25.
1. Explain what has happen to the electron(s) when a bromine atom (Br) turns to a bromide ion (Br-) (1)
Question 26
26.
2. Explain what has happen to the electron(s) when a magnesium atom (Mg) turns to a magnesium ion (Mg2+) (1)
Independent Task
Question 27
27.
K+
Question 28
28.
Ca2+
Question 29
29.
O2-
Question 30
30.
Al3+
Question 31
31.
F-
Question 32
32.
Zn2+
Question 33
33.
S2-
We Do - Absorption
Question 34
34.
•When blue light is incident on an atom, an electron can ____________(1) the electromagnetic radiation
•This results in the electron ___________(2) energy and so it moves to a _____________(3) energy level
•A ____________(4) energy level is ___________(5) from the nucleus (Write down the 5 missing words)
We Do - Emission
Question 35
35.
•When x-rays are ____________ (1) from an atom, an electron has ___________ (2) energy
•This results in the electron moving to a __________ (3)energy level
•A __________(4) energy level is __________ (5)to the nucleus. (Write in the missing 5 words)
You Do
Question 36
36.
Explain the difference in the arrangement of atoms when electromagnetic is incident on an atom and when electromagnetic radiation is emitted from an atom
Plenary
Question 37
37.
1.What is formed when an atom loses an electron?
Question 38
38.
2.What is formed when an atom gains an electron?
Question 39
39.
3.Has this atom lost or gained electrons - Zn2+ ?
Question 40
40.
4.What happens to the arrangement of electrons when radiation is emitted from an atom?