Find answers to your most challenging questions with the help of IDNLearn.com's experts. Get prompt and accurate answers to your questions from our experts who are always ready to help.

An irregular sample of zinc has a mass of 23.21 g. This sample is carefully placed in a graduated cylinder of water with an initial volume of 18.75 . What is the final volume of the water and zinc? The density of zinc is 7.140 g/cm^ 3

Sagot :

Answer:

Final of of zinc is "3.25 ml" and water is "22 ml".

Explanation:

The given values are:

Mass of Zn,

= 23.21 g

Initial volume,

= 18.75 ml

Density,

= 7.140 g/cm³

Now,

The final volume of water =  [tex]Initial \ volume+Volume \ of \ Z_n[/tex]

Or,

Volume of zinc will be:

= [tex]\frac{Mass \ of \ Zn}{Density \ of \ Zn}[/tex]

On substituting the values, we get

= [tex]\frac{23.21}{7.140}[/tex]

= [tex]3.25 \ cm^3[/tex]

or,

= [tex]3.25 \ ml[/tex]

hence,

Water's final volume will be:

= [tex]18.75+3.25[/tex]

= [tex]22 \ ml[/tex]

The final volume of the water and zinc is 22 cm³

mass of zinc = 23.21 grams

Initial volume of water = 18.75 cm³

density of zinc = 7.140 g / cm³

The final volume of water and zinc can be calculated as follows:

density = mass / volume

volume of zinc = mass / density

volume = 23.21 / 7.140

volume =  3.25070028011

volume of zinc  = 3.25 cm³

The final volume of water and zinc = 3.25 + 18.75 = 22.0007002801

The final volume of water and zinc  = 22 cm³

learn more: https://brainly.com/question/25020608?referrer=searchResults