subject
Chemistry, 26.08.2019 04:30 edjiejwi

Which substance is always a product when an arrhenius acid in an aqueous solution reacts with an arrhenius base in an aqueous solution?
(1) hbr (3) kbr
(2) h2o (4) koh

ansver
Answers: 2

Another question on Chemistry

question
Chemistry, 22.06.2019 17:30
Energy defines the different "states" of matter. in no more than 3 sentences, describe the amount of kinetic energy that each of the 3 states of matter possesses and relate that to the atom/molecular motion of each "state".
Answers: 2
question
Chemistry, 22.06.2019 20:00
If one fission reaction of a uranium-235 atom produced two neutrons, how many neutrons would be released if the chain reaction occurred three more times?
Answers: 1
question
Chemistry, 22.06.2019 21:50
Liquid from a brewery fermentation contains 10% ethanol and 90% water. part of the fermentation product (50,000 kg/h) is pumped to a distillation column on the factory site. under current operating conditions, a distillate of 45% ethanol and 55% water is produced from the top of the column at a rate of one-tenth that of the feed. what is the composition of the waste "bottoms" from the still?
Answers: 2
question
Chemistry, 22.06.2019 23:00
Which of your 24 wells had indications that a chemical reaction occurred? how were you able to tell that a chemical reaction occurred? which of your 24 wells had indications that a physical reaction occurred? how were you able to tell that a physical reaction occurred? report on both mixing and evaporation. make a general statement about whether your hypotheses were validated or rejected. must your hypotheses be correct for this to be a successful laboratory?
Answers: 3
You know the right answer?
Which substance is always a product when an arrhenius acid in an aqueous solution reacts with an arr...
Questions
question
Physics, 09.12.2020 20:30
question
Mathematics, 09.12.2020 20:30
question
Mathematics, 09.12.2020 20:30
question
English, 09.12.2020 20:30
question
Mathematics, 09.12.2020 20:30
question
Mathematics, 09.12.2020 20:30