alanadsmith
alanadsmith alanadsmith
  • 04-04-2020
  • Chemistry
contestada

Calculate the molarity of a solution prepared by dissolving 6.80 grams of AgNO3 in 2.50 liters of solution.
SHOW WORK:)

Respuesta :

badejosamuel
badejosamuel badejosamuel
  • 04-04-2020

Answer:

0.016M

Explanation:

First we find the mole of AgNO3 by using the formula mass/molar mass..

Then we find molarity by the formula mole/volume...

I hope you get this..

Ver imagen badejosamuel
Answer Link

Otras preguntas

Which activity consumed most of the Pentagon's budget between 1981 and 1985? Choose one answer. a. civil defense preparation b. the building of nuclear weapo
Organized Indian resistance to American control ended in 1890 after the battle at __________. Wounded Knee Creek Little Bighorn River Wapelleta River Sand Creek
Why did King Henry VIII have Thomas More beheaded? A. Thomas More believed in the teachings of Martin Luther. B. The king wanted to appoint Thomas More archb
How did Stanley Miller’s experiment in 1953 influence scientific thinking about the origin of life? A. It showed that radiometric dating could be used to accura
During which process does an atom gain one or more electrons? (1) transmutation (3) oxidation (2) reduction (4) neutralization
the weight limit on a bridge is 5 tons what is this weight in pounds
Given: f(x) = x 2 + 2x + 1, find f(x + h) and simplify.
language used for descriptive effect and usually is not literally true is called
What is 8.83 rounded to?
a square with side length s has an area of 324 square centimeters. this equation shows the area of the square: s^2= 324. what is the side length of the square i