Compute deltah per mole of the reactant for the reaction

Reference no: EM13661425

A 0.48 g sample of graphite is put in a bomb calorimeter with an excess of oxygen. The water as well as calorimeter is at 25 Celsius. The graphite is ignited as well as burned and the water temperature rises to 28.05 Celsius. The heat capacity for the calorimeter is 5.15KJ/C. Compute DeltaH per MOLE of the reactant for this reaction.

Reference no: EM13661425

Questions Cloud

Depict the structures of the compounds : Depict the structures of the compounds and predict whether they can diffuse across a membrane without facilitated diffusion. Define why you came to this conclusion.

Provide whats cultural imperialism : What is wrong with the objective of "getting the word out" if you are a PR person for an organization - Who's the "public" in public relatins, and how do you identify them?

Strengths and weaknesses of authoritarian press systems : Name at least two differences between advertising and PR - show what's SEO and why does it matter and show the strengths and weaknesses of authoritarian press systems.

Compute the final volume of lithium carbonate : Compute the final volume of a 0.0746 M solution prepared by diluting 20.2mL of 0.155 M lithium carbonate with water.

Compute deltah per mole of the reactant for the reaction : The water as well as calorimeter is at 25 Celsius. The graphite is ignited as well as burned and the water temperature rises to 28.05 Celsius. The heat capacity for the calorimeter is 5.15KJ/C. Compute DeltaH per MOLE of the reactant for this reac..

Explain the volume of carbon monoxide gas collected water : Explain the volume of carbon monoxide gas (CO) collected over water at 25 C was 680 c3 with a total pressure of 752mmHg. The vapor pressure of water at 25 C is 23.8 mmHg. Find out the partial pressure and mole fraction of CO in the container

Explain the resulting energy expression for the hydrogen : Presume that the trial wave function = (1-ar)-2 is chosen to explain the hydrogen atom, where A is a variable parameter. Assume that what is normalized. Explain the resulting energy expression for the hydrogen atom is E= a 2/5-a/2 in atomic units.

Compute the number of moles of h2o formed : Determine the combustion reaction between 30.0 of liquid methanol as well as 15.0 of oxygen gas measured at STP. The products of the reaction are CO2 and H2O. Compute the number of moles of H2O formed if the reaction goes to completion

Compute the binding energy of the 6li nucleus in joules : Compute the binding energy of the 6Li nucleus in Joules per nucleon, given the subsequent nuclear masses: 6Li = 6.01348 amu, proton = 1.00728 amu and neutron = 1.00867 amu.

User Account

All Pages