Part two: Translate the following into balanced, chemical equations. Be sure to include the states! 10. Copper + Silver nitrate → Copper (II) nitrate + Silver 11. Magnesium nitride(s) + Hydrochloric acid Magnesium chloride + ammonium chloride 12. Aluminum hydroxide (s) + Hydrochloric acid → Aluminum chloride + water 13. Sodium bicarbonate + Nitric acid → sodium nitrate + water + carbon dioxide 14. Sulfuric acid + Calcium hydroxide > water + calcium sulfate 15. dinitrogen pentoxide (g) + water (I) → nitric acid (aq) 16. Cupric sulfate + aluminum → aluminum sulfate + copper 17. Iron (s) + Oxygen (g) → Iron (II) oxide (g) 18. Sulfur dioxide (g) + oxygen (g) → sulfur trioxide (g) 19. Barium chloride + Sodium carbonate → Barium carbonate + sodium chloride

Part two: Translate the following into balanced, chemical equations. Be sure to include the states! 10. Copper + Silver nitrate → Copper (II) nitrate + Silver 11. Magnesium nitride(s) + Hydrochloric acid Magnesium chloride + ammonium chloride 12. Aluminum hydroxide (s) + Hydrochloric acid → Aluminum chloride + water 13. Sodium bicarbonate + Nitric acid → sodium nitrate + water + carbon dioxide 14. Sulfuric acid + Calcium hydroxide > water + calcium sulfate 15. dinitrogen pentoxide (g) + water (I) → nitric acid (aq) 16. Cupric sulfate + aluminum → aluminum sulfate + copper 17. Iron (s) + Oxygen (g) → Iron (II) oxide (g) 18. Sulfur dioxide (g) + oxygen (g) → sulfur trioxide (g) 19. Barium chloride + Sodium carbonate → Barium carbonate + sodium chloride

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...

See similar textbooks

Related questions

Q: f the cells were spread out into a thin layer that was a single cell thick, what would be the total…

A: The values are provided in question= 1.35 kg Number of cells of brain = 4.11*1011 The density of…

Q: Batteries are rated in terms of ampere-hours (A - h). For example, a battery that can produce a…

A: Energy store in battery can be ) calculate by using battery capacity (CA) and voltage of battery.…

Q: A cylindrical sample of solid germanium has length 55.0 mm and diameter 5.0 mm. In a test circuit,…

Q: A • OPO =- # --B-E-1 I X. II. Iron Thiocyanate System (Watch video) Stress None (CONTROL) Addition…

A: Answer: Le-chatalier's principle states that when any parameter of system that is in equilibrium is…

Q: I need help calculating these values make sure they are 3 sig fig!!!

A: Given total volume = 15 mL Volume of 0.0003M SCN- in sample 1 = 1.5 mL Volume of 0.0003M SCN- in…

Q: how to find screening constant for elements like for example, He?

A: In an atom, each electron experiences less attraction than the actual nuclear charge because of…

Q: ion Fe + 3e → Fe, how many grams of Fe will result if you apply a current seconds?

Q: Calculate the sum of coefficients for the following equation balanced for acidic conditions. XO3-2…

A: Redox reaction Is the reaction in which oxidation and reduction process take place simultaneously.…

Q: A student uses a strip of metal in an electrolysis circuit in which the metal strip serves as the…

Q: I need help calculating the following values please!!!!!

A: 1.) Volume of EDTA used is calculated as : Final burette reading - Initial burette reading 2.)…

Q: A student wanted to test if certain LED lights will light up when attached to a silver/lithium…

Q: Consider the leaching of CuO at 28°C. Using the pH of the solution taken at different periods o…

A: pH is related to the hydrogen ion concentration as shown below: pH = -log [H+] This expression will…

Q: Name Assignment: Note: If the data for any plot is not linear leave the spaces for the slope and y-…

A: Solutions- Here we have to plot the graph of the question 1 and 2 of given data. We have to give the…

Q: Formal stability evaluations of OTC drug products should be conducted using in an FDA registered…

A: Formal stability evaluation of over-the-counter (OTC) drug products should be conducted using…

Q: <Chapter 20 Problem Set Exercise 20.40 - Enhanced - with Feedback MISSED THIS? Read Section 20.2…

A: In the redox reaction, both oxidation and reduction reactions are present simultaneously. One…

Q: A photon with wavelength (2) of 530 nanometers strikes a metal plate. The metal plate has a Work…

A: Vi=3.724*10^5 ms-1 Vf= 5.317*10^6ms-1

Q: 17. As shown below, the amino acid histidine can exist in 4 different protonation states depending…

Q: None

Q: A 0.311 g of antacid was neutralized with 50.0 mL of 0.102 M HCI. Calculate the neutralizing…

Q: What is the difference between a diffusion reaction and a diffusion-controlled reaction?

A: In diffusion controlled reactions the formation of products from the activated complex is much…

Q: Which of the following does not cause electrode polarization? a. Charge transfer b. Convection c.…

A: Polarization is a mechanism that changes the potential of an electrode during electrolysis. This…

Q: 1. Calculate the concentration (mol/L or M) of calcium ions in each water sample using the molar…

A: The balanced chemical equation for the reaction between Ca2+ and EDTA is shown below: Ca2+ +…

Q: An electric current of 32.30 A flows for 528. milliseconds. Calculate the amount of electric charge…

Concept explainers

Photochemistry

Photochemistry is the part of chemistry that studies the various mechanisms of reactions that are triggered by the presence of light energy. It also helps to study the changes involved in a molecule that can undergo the absorption of radiation.

Question

Please answer all!!!

**Worksheet #6: Equation Writing**

**Part Two: Translate the following into balanced, chemical equations. Be sure to include the states!**

10. Copper + Silver nitrate → Copper (II) nitrate + Silver

11. Magnesium nitride(s) + Hydrochloric acid → Magnesium chloride + ammonium chloride

12. Aluminum hydroxide (s) + Hydrochloric acid → Aluminum chloride + water

13. Sodium bicarbonate + Nitric acid → Sodium nitrate + water + carbon dioxide

14. Sulfuric acid + Calcium hydroxide → Water + calcium sulfate

15. Dinitrogen pentoxide (g) + Water (l) → Nitric acid (aq)

16. Cupric sulfate + Aluminum → Aluminum sulfate + Copper

17. Iron (s) + Oxygen (g) → Iron (II) oxide (g)

18. Sulfur dioxide (g) + Oxygen (g) → Sulfur trioxide (g)

19. Barium chloride + Sodium carbonate → Barium carbonate + sodium chloride

Expert Solution

This question has been solved!

Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.

This is a popular solution!

SEE SOLUTION Check out a sample Q&A here

Step 1

Step 2

Step 3

Step 4

Trending now

This is a popular solution!

Step by step

Solved in 4 steps

SEE SOLUTION Check out a sample Q&A here

Knowledge Booster

Learn more about

Need a deep-dive on the concept behind this application? Look no further. Learn more about this topic, chemistry and related others by exploring similar questions and additional content below.

Similar questions

I need help calculating these values please! Please make sure writting is clear and readable!!
just 2 please
2. Make a graph of the following data points. Is the relationship linear? If so, find the slope and y-intercept. Are the variables directly proportional?voltage (V) 1.01.52.02.53.03.54.0 current (A)3.45 x 10-35.02 x 10-36.88 x 10-38.60 x 10-31.01 x 10-21.22 x 10-21.36 x 10-2 Linear?_______________Slope_________________Y-Intercept____________Directly proportional?____
11. Suppose an obligate aerobic chemolithotroph was able to use any of the potential energy sources listed in the table below as a source of electrons. Which energy source (i.e., electron donor: I want the molecule not the redox couple) would provide the greatest amount of free energy? (Note: all the redox couples listed are two electron transfers). Explain your answer – MATH works well for this. Redox Couple Po -0.42 2H H2 +0.42 NO, NO, %0H0 +0.82 s'H,S so, s0," -0.28 2- 2- +0.02 12. Consider a redox reaction involving the redox couples S/H2S and NO3/NO, in the above table. (a) Which molecule (I want the molecule, not the redox couple) would be the electron acceptor? Why? Use the table above to help answer this question. (b) (Suppose a chemoorganotroph could acquire electrons from H2 using either oxygen or nitrate (NO3) as the terminal electron acceptor. Per two electrons transferred, determine if the use of nitrate or oxygen will yield more energy? You must show how you arrived at…
Explain the difference between weathering erosion deposition