![AnaiyaKirksey8](/avatars/34381.jpg)
AnaiyaKirksey8
23.04.2020 •
Chemistry
Please help chemistry!! WILL REWARD BRAINLIEST! SHOW ALL WORK
The following is a reversible reaction: HOBr → H+ + OBr–
a. Write the equation you would use to calculate the Ka of this reaction.
b. If [H+] at equilibrium is 9.1 × 10–6, what is the Ka of the reaction, given a final HOBr concentration
Solved
Show answers
More tips
- A Animals and plants How to Store Carrots: Tips for Homeowners...
- L Legal consultation Juvenile Justice: Who Needs It?...
- F Family and Home How to Choose the Best Diapers for Your Baby?...
- F Family and Home Parquet or laminate, which is better?...
- L Leisure and Entertainment How to Properly Wind Fishing Line onto a Reel?...
- L Leisure and Entertainment How to Make a Paper Boat in Simple Steps...
- T Travel and tourism Maldives Adventures: What is the Best Season to Visit the Luxurious Beaches?...
- H Health and Medicine Kinesiology: What is it and How Does it Work?...
- O Other How to Choose the Best Answer to Your Question on The Grand Question ?...
- L Leisure and Entertainment History of International Women s Day: When Did the Celebration of March 8th Begin?...
Answers on questions: Chemistry
- C Chemistry Suppose a reaction has the equilibrium constant K = 1.3 x 108. What does the magnitude of this constant tell you about the relative concentrations of products and reactants...
- B Biology Is water dry or moist...
- C Chemistry Q.Where does Neptune get most of its energy? A. From it’s extremely hot interior...
- P Physics If a fly sits halfway between the axis and the edge of a rotating phonograph turntable, what happens to its tangential speed when the rpm is tripled?...
- E English This excerpt provides information about the Roman Empire. Which sentence in the excerpt speaks about the purpose of the text...
Ответ:
A compound is a pure substance because its molecules cannot be broken.
Explanation:
A compound composed of elements chemically combined together. So its molecules cannot be broken down by ordinary process.