MYTUTOR SUBJECT ANSWERS

439 views

What is the equation for complete combustion and what does it require?

The equation for complete combustion is: 

hyrdocarbon + oxygen -> water + carbon dioxide 

A plentiful supply of oxygen is required in order to ensure complete combustion. 

Collette L. GCSE Chemistry tutor, 13 plus  Maths tutor, 11 Plus Maths...

9 months ago

Answered by Collette, a GCSE Chemistry tutor with MyTutor


Still stuck? Get one-to-one help from a personally interviewed subject specialist

212 SUBJECT SPECIALISTS

£18 /hr

George N.

Degree: Chemistry (Masters) - York University

Subjects offered:Chemistry, Physics

Chemistry
Physics

“20 year old second year chemistry student at the University of York. Drummer, guitarist, rugby player and radio host who has experience and a love for tutoring.”

£18 /hr

Jay G.

Degree: Biological Sciences (Biochemistry) (Bachelors) - Edinburgh University

Subjects offered:Chemistry, Maths+ 2 more

Chemistry
Maths
Mandarin
Biology

“I am here not only to help you get better at exams, but to help you enjoy your subject more ”

£20 /hr

Ben T.

Degree: Engineering (Bachelors) - Cambridge University

Subjects offered:Chemistry, Physics+ 4 more

Chemistry
Physics
Maths
French
-Personal Statements-
-Oxbridge Preparation-

“Hi there! I’m your friendly neighbourhood Cambridge grad, brimming with tricks and enthusiasm for Maths, Sciences and French. To learn more, view my profile...”

About the author

£18 /hr

Collette L.

Degree: Chemical Engineering (Masters) - Edinburgh University

Subjects offered:Chemistry, Maths

Chemistry
Maths

“About me: I am a Chemical Engineering student at the University of Edinburgh. So far I have completed two years of my five year course, and with each year my passion for engineering grows.  Upon choosing my degree, I knew it had to i...”

MyTutor guarantee

You may also like...

Other GCSE Chemistry questions

Where does the water come from that is given off when making an ester?

balance this equation C8H18 + O2 ---> CO2 + H2O

Explain why Aluminium and Sulfur do not fit the expected trends of first ionisation energies of period 3?

How is crude oil separated into fractions?

View GCSE Chemistry tutors

We use cookies to improve your site experience. By continuing to use this website, we'll assume that you're OK with this. Dismiss

mtw:mercury1:status:ok