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Chemistry I Laboratory Manual, 2021 Revision 6) Demonstration: Your instructor will demonstrate the combination reaction that takes place between hydrogen chloride gas and ammonia gas. Evidence of a chemical reaction: Balanced chemical equation: NH3(g) + HCl Part B - Decomposition Reactions: 1) Get a clean dry test tube, test tube holder, a wooden splint, and a Bunsen burner. Into the test tube, place a small amount of solid calcium carbonate. Heat the test tube and its contents using the Bunsen burner and then test the gas that is generated from the decomposition of the solid by sticking a burning splint into the mouth of the test tube. What happens to the flame when the burning splint is put into the mouth of the test tube? The flame from the Splint when went out upon reacting with the gas that was released from the heating of #tar Ca(O3.- CO₂ formed Balanced chemical equation: (a (03 (5) CaD (s) + (02 (g) → 2) Get a clean dry test tube, test tube holder, a wooden splint, and a Bunsen burner. Into the test tube, place a small amount of solid sodium bicarbonate. Heat the test tube and its contents using the Bunsen burner and then test the gas that is generated from the decomposition of the solid by sticking a burning splint into the mouth of the test tube. What happens to the flame when the burning splint is put into the mouth of the test tube? the flame from the splint went out upon reacting with the gas that was released from the heating of sodium bicarbonate. Conf

Chemistry I Laboratory Manual, 2021 Revision 6) Demonstration: Your instructor will demonstrate the combination reaction that takes place between hydrogen chloride gas and ammonia gas. Evidence of a chemical reaction: Balanced chemical equation: NH3(g) + HCl Part B - Decomposition Reactions: 1) Get a clean dry test tube, test tube holder, a wooden splint, and a Bunsen burner. Into the test tube, place a small amount of solid calcium carbonate. Heat the test tube and its contents using the Bunsen burner and then test the gas that is generated from the decomposition of the solid by sticking a burning splint into the mouth of the test tube. What happens to the flame when the burning splint is put into the mouth of the test tube? The flame from the Splint when went out upon reacting with the gas that was released from the heating of #tar Ca(O3.- CO₂ formed Balanced chemical equation: (a (03 (5) CaD (s) + (02 (g) → 2) Get a clean dry test tube, test tube holder, a wooden splint, and a Bunsen burner. Into the test tube, place a small amount of solid sodium bicarbonate. Heat the test tube and its contents using the Bunsen burner and then test the gas that is generated from the decomposition of the solid by sticking a burning splint into the mouth of the test tube. What happens to the flame when the burning splint is put into the mouth of the test tube? the flame from the splint went out upon reacting with the gas that was released from the heating of sodium bicarbonate. Conf

Chemistry
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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Chemistry I Laboratory Manual, 2021 Revision 6) Demonstration: Your instructor will demonstrate the combination reaction that takes place between hydrogen chloride gas and ammonia gas. Evidence of a chemical reaction: Balanced chemical equation: NH ²3 1g) + HCl Part B - Decomposition Reactions: 1) Get a clean dry test tube, test tube holder, a wooden splint, and a Bunsen burner. Into the test tube, place a small amount of solid calcium carbonate. Heat the test tube and its contents using the Bunsen burner and then test the gas that is generated from the decomposition of the solid by sticking a burning splint into the mouth of the test tube. What happens to the flame when the burning splint is put into the mouth of the test tube? The flame from the Splint when went out upon reacting with the gas that was released from the heating of #+ Ca(O3_-CO₂ Formed Balanced chemical equation: (a (03 (s) → Ca O (s) + (O2(g) 2) Get a clean dry test tube, test tube holder, a wooden splint, and a Bunsen burner. Into the test tube, place a small amount of solid sodium bicarbonate. Heat the test tube and its contents using the Bunsen burner and then test the gas that is generated from the decomposition of the solid by sticking a burning splint into the mouth of the test tube. What happens to the flame when the burning splint is put into the mouth of the test tube? the flame from the splint went out upon reacting with the gas that was released from the heating of sodium bicarbonate. - CO₂ formed. 53 Balanced chemical equation:
Transcribed Image Text:Chemistry I Laboratory Manual, 2021 Revision 6) Demonstration: Your instructor will demonstrate the combination reaction that takes place between hydrogen chloride gas and ammonia gas. Evidence of a chemical reaction: Balanced chemical equation: NH ²3 1g) + HCl Part B - Decomposition Reactions: 1) Get a clean dry test tube, test tube holder, a wooden splint, and a Bunsen burner. Into the test tube, place a small amount of solid calcium carbonate. Heat the test tube and its contents using the Bunsen burner and then test the gas that is generated from the decomposition of the solid by sticking a burning splint into the mouth of the test tube. What happens to the flame when the burning splint is put into the mouth of the test tube? The flame from the Splint when went out upon reacting with the gas that was released from the heating of #+ Ca(O3_-CO₂ Formed Balanced chemical equation: (a (03 (s) → Ca O (s) + (O2(g) 2) Get a clean dry test tube, test tube holder, a wooden splint, and a Bunsen burner. Into the test tube, place a small amount of solid sodium bicarbonate. Heat the test tube and its contents using the Bunsen burner and then test the gas that is generated from the decomposition of the solid by sticking a burning splint into the mouth of the test tube. What happens to the flame when the burning splint is put into the mouth of the test tube? the flame from the splint went out upon reacting with the gas that was released from the heating of sodium bicarbonate. - CO₂ formed. 53 Balanced chemical equation:
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