yusuf7634 yusuf7634

02-01-2023
Chemistry

Answered

Predicting Products for single replacement reactions

1. Zn + AgNO3 → Ag + Zn (NO3)2

2. Al + CuCl2 → Cu+ AlCl3

3. NaBr + Mg → Na + MgBr2

4. Mg + ZnCl2 →

5. Cu + AgNO3 → (assume Cu = +2)

6. NaI + Ca →

7. Zn + CuSO4 →

8. Mg + SnCl2 →

9. Zn + HCl →

10. Mg + H2SO4 →

Predict the Products for these Double Replacement Reactions

1. AgNO3 + NaCl →

2. Pb(NO3)2 + Na2SO4 →

3. FeCl3 + NaOH →

4. BaCl2 + Na2SO4 →

5. ZnCl2 + Na3PO4 →

6. AlCl3 + Na2CO3 →

7. CaCl2 + NaOH →

8. AgNO3 + Na2CrO4 →

9. Pb(NO3)2 + NaBr → (use Pb2)

10. ZnCl2 + Na2CO3 →

Answer :

Other Questions

(06. 01 LC) It was observed that the particles of an unknown substance slide past one another. What is the state of matter of the substance? (1 point) Solid L

Based on the data given and a rate constant of 0. 031 M?1?min?1, calculate the time at which the concentration of reactant A will be 0. 175M. t (min) [A]t(M) 0

1. 07 Option 1 -- Laboratory Techniques Lab Report 31 Installer Title: Objective(s): + Hypothesis: Makle a prediction about the densities of the unknown solid a

IF YOU ANSWER RIGHT YOU WILL GET BRAINLY she makes model of a plant cell she viewed using a microscope. The scale is 1 um: 0. 5 cm. The studentincludes 6 mitoch

For each pair of compounds listed, which one have higher boiling point. a. GeI4 b. GeCl4 c. CH3(CH2)3CH3 d. CH3(CH2)2CH3 e. CBr4 f. CCl4

8. Use orbital notation to illustrate the bonding in each of the following molecules: a. Chlorine, Cl, b. Oxygen, O2 C. Hydrogen fluoride, HF

A proposed mechanism is: C4H9Br --> C4H9^+ + Br^– (slow) C 4H9^+ + H2O --> C4H9OH2^+ (fast) C4H9OH2^+ + H2O --> C4H9OH + H3O^+ (fast) i. What are the

As the planetary distance from the sun increases and its orbital velocity more time to complete an orbit. the length of its orbital path These result in the pl

A gas occupies a volume of 14.5 l at 230 k. what will the temperature be it the gas expands to 21.8 l? 345.8 k 1.37 k o 17.4 k 1530k

If 19.4 grams of ammonium chloride are used, how many grams of water are theoretically produced? o 25.73 g 6.53 g 9.55 g 10.63 g con