radomes.openskiesproject.org
Gutz95 Gutz95
  • 22-06-2016
  • Chemistry
Answered

An 8.5 g ice cube is placed into 255g of water. Calculate the temperature change of water when the ice melts

Verified Answer :

Anonymous Anonymous
  • 29-06-2016

To answer this problem, we assume that upon the addition, the ice just melts without the temperature change and just uses the latent heat. The water only uses the sensible heat. Hence the equation is 8.5 g (80cal/g)4.1858 (J/g)= 255 g 8(4.18 J/gK)*(ΔT). 80cal/g is the latent heat of vaporization of ice. ΔT is equal to 2.67 Kelvin.

Answer Link

Related Questions

If you select the show service item option in account and settings what 2 productservice type items can you select from the dropdown that appears in a timesheet
dna is shaped like a twisted ladderwhat occurs at each rung in the ladder
2 Which word best completes this sentence Es la tarea de la clase de inglés A parece B complicado C complicada D sirve
Chan gee bought 34 pounds of coffee that cost 695 per pound how much did he spend on coffe
the higher the pressure on a liquid the higher its boiling point temperature true false
Salt is dissolved in a flask of tap water Distilling the mixture causes the salt to separate from the water Which type of energy is required to begin the distil
How to Divide 80 into the given Fractions
explain how educational preparation can affect your future income
How many molecules of acetaldehyde are in the sample
how do you write 100 as a fraction