Question

Ricco mixed up 500 cc of salt solution. He weighed it and found it's mass to be 585 g. Will his shake up toy work the way he wants it to if he uses this salt solution? Why or why not?

Remember, 1 ml= 1 cc

show your math

Answer 1

What is a "shake up toy"?

Answer 2

i need help too on that

Answer 3

1.17g

Answer 4

TBH IDK

Answer 5

[AI-generated answer — Explain Bot]

To determine whether Ricco's shake-up toy will work the way he wants it to with the salt solution, we need to calculate the concentration of the solution by finding the mass/volume ratio.

The volume of the salt solution is given as 500 cc (cubic centimeters), which is equivalent to 500 ml (milliliters).

We are also given the mass of the solution, which is 585 grams.

Now, we can calculate the concentration using the formula:
Concentration (g/ml) = Mass (g) / Volume (ml)

Substituting the given values:
Concentration = 585 g / 500 ml

Simplifying:
Concentration = 1.17 g/ml

To determine if the shake-up toy will work as Ricco wants, we need to compare the concentration of his salt solution with the typical range of concentrations for effective shake-up toys. If the concentration falls within this range, then the toy should work as intended. If not, it may not produce the desired effect.

Without information on the typical concentration range for shake-up toys, it's not possible to definitively say whether Ricco's solution will work or not. However, if you have access to this information, you can compare the calculated concentration of 1.17 g/ml with the recommended concentration range to determine the outcome.