menendezkyrie7 menendezkyrie7
  • 22-03-2020
  • Chemistry
contestada

Assuming 100% dissociation, calculate the freezing point and boiling point (in °C) of a solution with 83.6 g of AgNO 3 in 1.00 kg of water.

Respuesta :

Edufirst
Edufirst Edufirst
  • 29-03-2020

Answer:

  • Freezing point: - 1.83ºC
  • Boiling point: 100.50ºC

Explanation:

The freezing point and boiling point of solvents, when a solute is added, will change accordingly to the concentration of the solute particles.

The freezing point will decrease and the boiling point will increase. These are two colligative properties.

Find attached the file with the whole answer, as the site is not uploading the answer in here.

Answer Link

Otras preguntas

88.5 mol of P4O10 contains how many moles of P?
What's the difference between the words 'communicate' and 'communique'?
what is the smallest number of degrees needed to rotate a regular pentagon around its center onto itself
If you spend too much time leaning back on the your physical fitness will
What is the substance that is broken down in cellular respiration
Rick is setting up a model train track that is 5 and 3 over 5feet long. No telephone pole is needed at the start of the track. However, along the track, he plac
The main purpose of the bill of rights was to: a. enumerate all of the rights of u.s. citizens. b. list the powers of the federal government. c. provide for res
Simplify the expression in detail plz
What was the most powerful native american nation north of virginia in the 18th century?
What natural boundary helps form the border between the united states and mexico? Gulf of Mexico, Atlantic Ocean, Great Lakes, Rio Grande