4.. **Part A**For the decomposition of A to B and C:\[ A(s) \rightleftharpoons B(g) + C(g) \]How will the reaction respond to each of the following changes at equilibrium?**Drag the appropriate items to their respective bins.**- **Choices:** - Double the concentration of B and halve the concentration of C - Double the concentrations of both products and then quadruple the container volume - Double the container volume - Double the concentrations of both products and then double the container volume - Add more A - Double the concentrations of both products- **Bins:** - Leftward shift - No shift - Rightward shift**[Submit button]**---**Part B**For the reaction of A and B forming C:\[ A(g) + B(s) \rightleftharpoons 2C(g) \]How will the reaction respond to each of the following changes at equilibrium?**Drag the appropriate items to their respective bins.**- **Choices:** - Halve the concentration of C - Double the concentration of A - Quadruple the number of moles of B - Double the concentrations of A and C - Halve the concentration of A- **Bins:** - Leftward shift - No shift - Rightward shift**[Submit button]**

▼ Part A For the decomposition of A to B and C, A(s) B(g) + C(g) how will the reaction respond to each of the following changes at equilibrium? Drag the appropriate items to their respective bins. View Available Hint(s) Y Leftward shift Submit double the concentration of B and halve the concentration of C Part B double the concentrations of both products and then quadruple the container volume halve the concentration of C Leftward shift No shift For the reaction of A and B forming C, A(g) + B(s) = 2C(g) how will the reaction respond to each of the following changes at equilibrium? Drag the appropriate items to their respective bins. ▸ View Available Hint(s) double the container volume double the concentrations of both products double the concentration of A No shift double the concentrations of both products and then double the container volume halve the concentration of A Rightward shift quadruple the number of moles of B Reset Rightward shift add more A double the concentrations of A and C Help Reset Help

▼ Part A For the decomposition of A to B and C, A(s) B(g) + C(g) how will the reaction respond to each of the following changes at equilibrium? Drag the appropriate items to their respective bins. View Available Hint(s) Y Leftward shift Submit double the concentration of B and halve the concentration of C Part B double the concentrations of both products and then quadruple the container volume halve the concentration of C Leftward shift No shift For the reaction of A and B forming C, A(g) + B(s) = 2C(g) how will the reaction respond to each of the following changes at equilibrium? Drag the appropriate items to their respective bins. ▸ View Available Hint(s) double the container volume double the concentrations of both products double the concentration of A No shift double the concentrations of both products and then double the container volume halve the concentration of A Rightward shift quadruple the number of moles of B Reset Rightward shift add more A double the concentrations of A and C Help Reset Help

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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b) Complete the reaction scheme by filling in the missing reagents and structures. CH3CH2C Ald3 Cl2, light CCl4 E N NaCN H-BY Br HooH DMSO NaOC(CH3)3
Fill in the blanks with appropriate words a) ........................................................have low shrinkage, a transparent appearance, a broad meltingpoint, and poor wear resistanceb) The most of ........................... exhibit an amorphous structure. However, these materials areconverted to crystalline phases at high temperatures. The name of this process is........................c) ................................................... contain the same numbers of free bonding electrons, and “holes”created from the migration of electrons from the valence to ..............................................
Q8. Copper is well-known conductive material, but it can lose its conductivity if size is reduced to nanometres. This happens due to.... Your answer
1. A 25g of Gold is found. Compute for the number of molecules and atoms present in the substance.
OF2 expressed as an Integer?
Part D Complete column 4 of the table, excluding the isotope symbol and the cells that are already filled. 4 Protons Neutrons Electrons 36 Mass no. 81 Express your answers as integers. Enter your answers in the order given in the table from top to bottom separat ? P4, n4 = Submit Request Answer M... Sp.. ex... Co. В. 388 amazon AC.
Example 2 The decimal 251.737 is read "two hundred fifty-one and seven hundred thirty-seven thousandths." ( a. Write in words the weight of potassium in a 150-pound body. (3 b. Write in words the weight of the amount of copper in a 150-pound body. c. Which element would have a weight of six hundred-thousandths of a pound? a. Write the number 9,467.00624 in words. b. Write the number 35,454,666.007 in words. c. Write the following number using decimal notation: four million sixty-four and seventy-two ten-thousandths. d. Write the following number using decimal notation: seven and forty-three thousand fifty-two millionths. Converting Decimals to Fractions Note that each of the decimals you have encountered thus far in this activity end after a few digits. Decimals such as these are referred to as terminating decimals. When a terminating decimal is written as a fraction or mixed number, the denominator corresponds to the place value of the rightmost digit in the decimal. This leads to the…
The particulate model of matter can be used to explain evaporation ( liquid to gas below the boiling point) by: a.) stating that particles in liquid phase have range of KE and the highest KE can escape b.) stating that particles in liquid phase have range of PE and the lowest PE can escape c.) stating that particles in liquid phase have range of PE and the highest PE can escape d.) stating that particles in liquid phase have range of KE and the lowest KE can escape
Question 25 Choose the major organic product for the following reactions: 1) P-TaCI / pyridine HO, 0.03 M CH,CH20-Na* 35 °C In ELOH/DMSO 2)
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