Question

A certain molecular compound has a solubility in acetonitrile of at . Calculate the greatest mass of that could be dissolved in of acetonitrile at this temperature. You may assume the volume of the solution doesn't change as the is dissolved. Be sure your answer has the correct unit symbol and number of significant digits.

Answer 1

Amount = 2250 g

Step-by-step explanation:

Note: This question is incomplete and lacks each and every data to solve. However, I have found the similar question on the internet and will be solving this question for you. Cheers!

Data Missing:

Organic Compound O

Solubility = 0.225 g/ml

Temperature = 10°C

Calculate the greatest mass of O that can be dissolved in 10.0 L acetonitrile at 10°C temperature.

Solution:

As we know the volume of the acetonitrile = 10.0 L

but first, we need to convert this into mL

We know that,

1 L contains 1000 mL

So,

10 L will contain = 10 x 1000 mL

10 L = 10000 mL

We, can write, 10000 mL as:

1 x
`10^(4)` mL

Now, the formula to calculate the greatest amount of O that can be dissolved in 1 x
`10^(4)` mL acetonitrile at 10°C temperature is:

Amount = Solubility x volume

Here,

Solubility = 0.225 g/ml

and

Volume = 1 x
`10^(4)` mL

Plugging in the values, we get:

Amount = 0.225 g/ml x 1 x
`10^(4)` mL

Amount = 0.225 x
`10^(4)` g

Amount = 2250 g