Mixing elements together: constant composition and multiple proportions
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1 Mixing elements together: constant composition and multiple proportions Experiment A: Samples of zinc and sulfur are heated and a new compound forms, ZnS Zn S ZnS initial mass (g) final mass (g) Zn S ZnS initial mass (g) final mass (g) Zn S ZnS initial mass (g) final mass (g) Critical Thinking Questions 1. a. How much zinc is consumed in experiment A.1? b. How much sulfur is consumed in experiment A.1? c. What is the Zn:S mass ratio for the compound produced in experiment A.1? 2. a. How much zinc is consumed in experiment A.2 and A.3? b. How much sulfur is consumed in experiment A.2 and A.3? c. What is the Zn:S mass ratio for the compound produced in experiment A.2 and A.3?
2 Experiment B: Professor Masi and his clones go bowling, the Masi clones and the bowling balls are combined resulting in a bowling Masi Masis bowling balls bowling Masis initial weight (lb) final weight (lb) Masis bowling balls bowling Masis initial weight (lb) final weight (lb) Masis bowling balls bowling Masis initial weight (lb) final weight (lb) Critical Thinking Questions 3. a. What weight of Masis get to bowl in experiment B.1? b. What weight of bowling balls is bowled in experiment B.1? c. What is the Masi:bowling ball weight ratio for the bowler produced in experiment B.1? 4. a. What weight of Masis get to bowl in experiments B.2 and B.3? b. What weight of bowling balls is bowled in experiments B.2 and B.3? c. What is the Masi:bowling ball weight ratio for the bowler produced in experiments 2 and 3?
3 5. What have you noticed about the ratio of Masi weight to bowling ball in the bowling professors? 6. Explain why the observation that you made in 5 makes sense. 7. What have you noticed about the Zn:S mass ratio in experiments 1, 2, and 3? 8. Explain why the observation that you made in 7 makes sense.
4 9. Complete the tables below. Experiment C: Carbon is heated in the presence of and some of the is converted to a gas and initial mass (g) final mass (g) and initial mass (g) final mass (g) and initial mass (g) final mass (g)
5 10. Complete the tables drawn below Experiment D: Carbon is burned in the presence of and some of the is converted to a gas and initial mass (g) final mass (g) and initial mass (g) final mass (g) and initial mass (g) final mass (g)
6 11. Complete the following tables. Experiment E: Professor Masi and his clones leave the bowling alley, on the way out each Masi clone carries away as many bowling balls as possible (they re building a bowling alley at home the clones feel awkward with all the people staring) Masis bowling balls ball stealing professor initial weight (lb) final weight (lb) weight of Masis carrying bowling balls weight of balls being taken Masi to ball weight ratio Masis bowling balls ball stealing professor initial weight (lb) final weight (lb) weight of Masis carrying bowling balls weight of balls being taken Masi to ball weight ratio Masis bowling balls ball stealing professor initial weight (lb) final weight (lb) weight of Masis carrying bowling balls weight of balls being taken Masi to ball weight ratio
7 12. Compare the ratio of Masis to bowling balls in experiment E to the ratio of Masis to bowling balls in experiment B. Are they different? Are they the same? 13. What s the obvious explanation for the observation in 12? 14. Compare the mass ratios of O to C in experiment C to those in experiment D. Are they different? Are they the same? 15. How can you explain it?
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