Victor O. 13 plus  Chemistry tutor, 13 plus  Maths tutor, 13 plus  Ph...

Victor O.

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Advanced Chemical Engineering (Masters) - Manchester University

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Message Victor

About me

Hello, I'm Victor and i am currently pursuing a masters degree in chemical Engineering at the University of Manchester.

I look forward to helping you(students) to improve grades and understanding of subjects.

My motivation comes from being able to help others to do more and be more.

I have some experince working with youth as a volunteer teacher, so, rest assured, learning is fun and effective with me.

 

Hello, I'm Victor and i am currently pursuing a masters degree in chemical Engineering at the University of Manchester.

I look forward to helping you(students) to improve grades and understanding of subjects.

My motivation comes from being able to help others to do more and be more.

I have some experince working with youth as a volunteer teacher, so, rest assured, learning is fun and effective with me.

 

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Enhanced DBS Check

20/05/2015

Qualifications

SubjectQualificationGrade
Chemical EngineeringDegree (Bachelors)2:1
ChemistryA-level (A2)A
BiologyA-level (A2)B
PhysicsA-level (A2)B
MathematicsA-level (A2)B

Subjects offered

SubjectQualificationPrices
ChemistryGCSE£18 /hr
MathsGCSE£18 /hr
PhysicsGCSE£18 /hr
Maths13 Plus£18 /hr
Religious Studies13 Plus£18 /hr

Questions Victor has answered

What is a simple way to classify the enthalpy of a reaction?

The evolution of heat from a reaction is often classified as being exothermic or endothermic, but how do you know which one it is in order to assign the appropriate sign?

 A simple way to be sure of which type you are dealing with in a reaction is to consider what hapens to the bonds.

The rule is that bond making reactions are exothermic and bond breaking reactions are endothermic.

The simple explanation is that, when two atoms are joined to form a molecule, energy is released as heat when the bond is made and the new molecule stabilised. Therefore this energy is released into the surroundings and felt as heat. This is what is known as an exothermic reaction and is assigned a negative sign to indicate the flow of heat to the surroundings. An example is the heat felt when you dissolve detergent in water.

For the endothermic reaction, a bond must be broken. That is, energy is required to break the bond holding a molecule. Therefore this lose of energy is felt as a lose of heat in the surrounding environment and is assigned a positive sign to indicate the absorption of heat into the molecule. An example would be the melting of ice cubes.

The evolution of heat from a reaction is often classified as being exothermic or endothermic, but how do you know which one it is in order to assign the appropriate sign?

 A simple way to be sure of which type you are dealing with in a reaction is to consider what hapens to the bonds.

The rule is that bond making reactions are exothermic and bond breaking reactions are endothermic.

The simple explanation is that, when two atoms are joined to form a molecule, energy is released as heat when the bond is made and the new molecule stabilised. Therefore this energy is released into the surroundings and felt as heat. This is what is known as an exothermic reaction and is assigned a negative sign to indicate the flow of heat to the surroundings. An example is the heat felt when you dissolve detergent in water.

For the endothermic reaction, a bond must be broken. That is, energy is required to break the bond holding a molecule. Therefore this lose of energy is felt as a lose of heat in the surrounding environment and is assigned a positive sign to indicate the absorption of heat into the molecule. An example would be the melting of ice cubes.

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3 years ago

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