angievlqz9461 angievlqz9461
  • 02-03-2018
  • Chemistry
contestada

What is the maximum mass of sugar that could be dissolved in 1.3 l of water?

Respuesta :

Dejanras
Dejanras Dejanras
  • 11-03-2018
Answer is: the maximum mass of sugar that could be dissolved in 1.3 l of water in room temperature is 2652 grams.
The solubility of sugar in water in room temperature is 204 g/100 ml.
Make proportion, if 204 grams of sugar dissolve in 100 ml of water, than how much dissolve in 1300 ml of water:
204 g : 100 ml = m(sugar) : 1300 ml.
m(sugar) = 204 g 
· 1300 ml ÷ 100 ml.
m(sugar) = 2652 g ÷ 1000 g/kg = 2,652 kg.
Answer Link

Otras preguntas

34. Frank decides to take Sally out on a movie-dinner date. At the end of the night, he realizes he spent $54.00. He remembered that dinner cost him $37.50, but
Where did the revolution began, before U.S.
Can someone help me with this plssss it would help so much! (IM GIVING LOTS OF POINTS!!!!!!!!)
If the train operator's indication light goes dark on a regular passenger train in motion between stations, the train operator shouldA) Immediately apply emerge
describe the role of the nurse before nasogastric Tube feeding procedure​
If (0, 4) is on the graph of f(x), what point must be on (4, 0)?
Show me a picture of 6 divided by 2750
What does blue balls mean
All forms of radiation are potentially harmful: the use of X-ray Systems should be optimized to keep all radiation exposures ____.
In this question, we intend to study the motionof a particle (M) in three phases:1. Motion along BCThe particle (M) is launched horizontallyat to = 0 on a surfa