Chapter 4 and 5 Test Review Bounceback Game. Rules of Bounceback – Students are in two groups, A and B. – Pick a number starting with 1 until everyone.

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Presentation transcript:

Chapter 4 and 5 Test Review Bounceback Game

Rules of Bounceback – Students are in two groups, A and B. – Pick a number starting with 1 until everyone in your group has their own number. – Student 1A will get asked a question, if you don’t want to answer the question you say “BOUNCEBACK,” to pass the question to Student 1B. – If you “bounceback” the points double. So, instead of 2 points, the question is now worth 4 pts. – If Student 1B doesn’t want the question they bounceback to Student 1A. If the question is answered correctly, Student 1A gets the 4 pts.

Question 1 What are the 3 subatomic particles and their location in the atom?

Question 2 How do you determine the number of protons, neutrons, and electrons?

Question 3

Question 4 What is an ion?

Question 5 Ca 2+ is a _________. It loses electrons.

Question 6 An ________ gains electrons. An example is O 2-.

Question 7 What is an isotope?

Question 8 How many neutrons are present in carbon-14?

Question 9 (5 pts.) Calculate the atomic mass of an unknown substance with 2 isotopes: Mass (amu)Percent Abundance X % Y %

Question 10 What is atomic mass units?

Question 11 In alpha decay, what kind of particle is emitted?

Question 12 Write the balanced equation for the beta decay of carbon- 14.

Question 13 True or False. A gamma ray does not affect a radioactive atom.

Question 14 What is released during fission?

Question 15 Fusion is the ________of two atoms.

Question 16 If the passing of 5 half-lives leaves 25.0 mg of a strontium-90 sample. How much was present in the beginning?

Question 17 What is the highest point of a wave?

Question 18 The distance from one crest to the next crest is defined as the ____________.

Question 19 Frequency is measured in __________.

Question 20 All electromagnetic waves travels at the what speed?

Question 21 What is the wavelength of electromagnetic radiation having a frequency of 5.0 x Hz? What kind of electromagnetic radiation is this?

Question 22 Planck, stated that light traveled in a wave and it carries a small, specific amount of energy called _________.

Question 23 What is a photon?

Question 24 What is the energy of a photon of red light having a frequency of 4.48 x Hz?

Question 25 Describe the relationship between frequency and wavelength.

Question 26 Describe the relationship between energy and frequency.

Question 27 What happens to an electron when it absorbs energy?

Question 28 What are principal energy levels?

Question 29 Define ground state

Question 30 What rule is followed when writing ground state electron configurations?

Question 31 How many orbitals are in the four sublevels?

Question 32 Write the ground state e- configuration for Uranium.

Question 33 Write the noble gas notation for Copper

Question 34 Draw the orbital diagram for Chlorine

Question 35 Draw the Lewis Dot Structure for Carbon

Question 36 What kind of EM radiation is emitted when an e- falls from level 6 to 2?

Question 37 Calculate the frequency of the e- in the previous question.

Question 38 Calculate the energy of the e- that falls from level 5 to 2.