Station narwhale

Make atom board with

An ion has a charge of -2, a mass number of 33, and 18 electrons.

Station dolphin

Examine the samples of Sulfur, Magnesium, Calcium, Oxygen, Aluminum, Neon, and Zinc. Then, use the periodic table to answer the following statements:

Station clownfish

none needed

Station starfish

Use the Lewis dot diagram cards to answer the questions.

Station monkey

None needed, student can use their own periodic table

Station cobra

electron dot diagrams provided

Station toucan

A. Solid Zinc E. CuCl2 (aq)B. NaCl (s) F. SandC.C12H22O11 (s) G. Tap WaterD.O2 (g)

Station tree frog

Sort the cards to match the person with their credited discovery.

Station sheep

None needed

Station chicken

Sample X is brass (an alloy of copper and zinc) and Sample Y is water.

Station cowNone needed

Station llama

Create the orbital diagram of the electrons in a neutral atom of nitrogen by selecting and arranging the cards provided.

Station

An ion has a charge of -2, a mass number of 33, and 18 electrons.

A. What element is this?

B. How many protons and neutrons does this atom have?

C.Write it in nuclear isotope notation.

D. Is this isotope heavy, light, or average for this element?

E. What is the electron configuration in shorthand notation of a neutral atom of this element?

Station

Examine the samples of Sulfur, Magnesium, Calcium, Oxygen, Aluminum, Neon, and Zinc.

Then, use the periodic table to answer the following statements:

1. Record the symbols and state signifiers (s, l, g, aq) of the samples.

2. Complete the chart to identify properties of these samples.

3. Identify which, if any, are members of the alkaline earth family.

4. Identify which, if any, are members of the halogen family.

5. Write the electron configuration and draw orbital notation for the element that is a transition metal.

Station

Using the above chart answer the following questions.

1. Explain which color of visible light has the lowest energy and how do

you know?

2. What radiation would have a wavelength of 2.51x10-7m?

3. Using wavelength of 2.51 x 10 -7 m , what is the energy of this light?

1 m = 1x109 nm

Station

Use the Lewis dot diagram cards to answer the questions.

1. Group the cards of metals and nonmetals.

2. Identify the family or group of elements to which each element belongs. If it is not in a family, list its group number instead.

3. Which of these elements do you expect to be least reactive? Explain why you picked that one.

4. Choose 1 element that will become an anion and write the ion symbol with charge.

5. Choose 1 element that will become a cation and write the ion symbol with charge.

Station

Using the periodic table, answer the following questions about Iodine.

1. What is its atomic number?

2. What is its average atomic mass?

3. Draw the Lewis dot structure.

4. Write the shorthand electron configuration.

5. What is the group number and family name of this element?

6. Iodine is a diatomic element. Write the formula and explain what

diatomic means.

Station

Using the electron dot diagrams provided, answer the following questions.

1. List how many valence electrons each element has.

2. Label each element as a metal or nonmetal.

3. List two properties for each element.

4. Name the family to which each of these elements belongs.

5. Give a name of a possible element with this dot diagram.

6. Draw a Lewis Structure between your 2 elements from #5.

Station

A. Solid Zinc E. CuCl2 (aq)B. NaCl (s) F. SandC.C12H22O11 (s) G. Tap WaterD.O2 (g)

1. Categorize each sample on the answer sheet as Element, Compound, Suspension, or Solution

2. Draw the orbital diagram for the monatomic element.

3. Calculate the following and round the answer to the appropriate

number of sig figs. 5.649x 10−5

4.15 x 10−8

4. Calculate the following and round the answer to the appropriate

number of sig figs. 189×7.984.65×19.8

Station

Sort the cards to match the person with their credited discovery.

On your answer document, record the person’s name and a drawing of his model of the atom.

Station

Use the above periodic table to find the answer to the following questions.

1. Give the name, atomic number, atomic mass for the block #1.2. How many electrons does #2 have, in its elemental state?3. How many neutrons does Uranium-238 have, in its elemental state?4. What would be the ion charge on #4?5. Draw the Lewis dot structure (dot diagram) for #5.6. Uranium is used as a colorant in uranium glass, producing green

colors. Uranium glass fluoresces green in ultraviolet light. If the wavelength of the green light is 5.30x10-7 m, what is the frequency?

Station

Sample X is brass (an alloy of copper and zinc) and Sample Y is water.

A- Identify the type of matter for each sample: element, compound, or mixture.

B-Draw a particle view (solid, liquid, gas) for each of these samples. Label the particles as atoms or molecules.

C-If you have 12.6 mL of water, how many HL of water do you have?

D-Identify the type of bonding occurring in each sample.

Station

A sample of pure copper was collected and separated based on isotopes. Sample W is Copper-63. Sample Q is Copper-65. 80.0% of the sample is Copper-63 and the rest is Copper-65.

A-Using isotopic composition, find the average atomic mass of copper.

B-The fact that this copper has been pulled into strands is due to which physical property?

C-Explain if the property above is intensive or extensive.

D-Write both of these isotopes of copper in nuclear isotope notation.

Station

Create the orbital diagram of the electrons in a neutral atom of nitrogen by selecting and arranging the cards provided.

1. Draw the result on your answer document.

Several of the available cards have violations of the electron filling rules. Draw an example that would be a violation of each of these rules.

2. Hund’s Rule3. Pauli Exclusion Principle4. Aufbau Principle (you have to use at least 2 cards to create this)

Station

A. Ammonium Sulfate D. Acetic AcidB. CH4 E. CuCl2C.NH3

1. Categorize each sample on the answer sheet as an ionic or covalent bond.

2. For each sample, write the proper chemical name based on IUPAC naming rules.

3. Draw the Lewis structure for samples A, B, and C.

4. Determine the shape, polarity, and IMFs present in samples A-C.

2p

2p

2p

2p

2p

2p

2p

1s

2s 1s

2s

Dalton

Atom is a solid, indivisible sphere and atoms of any particular element are identical to each other, but are different from atoms of other elements.

Rutherford

Discovered the nucleus is the dense, positive center of an atom surrounded by orbiting electrons. He is credited for discovering the proton.

Thomson

While experimenting with cathode rays, he discovered the electron as a negatively charged component of the atom.

Bohr

After studying hydrogen’s emission spectrum, he organized electrons in distinct energy levels at varying distances from the positive nucleus.

Chadwick

Discovered the neutron. Determined that it is a neutral particle found in the nucleus and responsible for the additional atomic mass.

J

Q