What will be the final temperature of the water

Reference no: EM13147006

A 100.0-g sample of water at 27.0oC is poured into a 75.0-g sample of water at 89.0oC. What will be the final temperature of the water?

Reference no: EM13147006

Questions Cloud

Double taxation effect : Shareholders in closely held corporations often engage in transactions designed to minimize the double taxation effect of C corporations. Briefly describe the double taxation effect and explain some of the ways double taxation can be minimized.

Compute the quantity of heat produced : calculate the quantity of heat produced when 19.0g of propane is completely combusted in air under standard conditions. Assume that liquid water is forming.

Entries relating to the intercompany sale of equipment : Prepare, in general journal form, the workpaper entries relating to the intercompany sale of equipment that are necessary in the December 31, 2012 consolidated financial statements workpapers.

How did the immigration to the us impact manuel : Examine the history of immigration to the United States from the Cape Verde Islands. How did the immigration to the US impact Manuel?

What will be the final temperature of the water : A 100.0-g sample of water at 27.0oC is poured into a 75.0-g sample of water at 89.0oC. What will be the final temperature of the water?

Compute the volume of air at 35 degrees celsius : calculate the volume of air at 35 degrees Celsius and .96 atmosphere that is needed to burn completely 12.51 grams of pentane

Complete the consolidated workpaper : The separate company statements for P and S appear in the first two columns of the partially completed consolidated workpaper. Complete the consolidated workpaper for P and S for the year 2011.

What is the significance of the lau v. nichols case : What are some of the reasons for the largest immigrant trend in the US since the 1970s and although the public has always been divided over bilingual education, why is this truer today than ever before?

Explain the minimum bonding energy : The net energy EN is just the sum of the two expressions above. Determine (a) the minimum bonding energy, E0, and (b) the equilibrium interionic distance, r0.

User Account

All Pages