- Your research paper is written by certified writers
- Your requirements and targets are always met
- You are able to control the progress of your writing assignment
- You get a chance to become an excellent student!
Essay Details:
Essay text:
it's a curve, not a straight line). The rate increases because the enzyme and substrate molecules both have more kinetic energy so collide more often, and also because more molecules have sufficient energy to overcome the (greatly reduced) activation energy. The increase in rate with temperature can be quantified as a Q10, which is the relative increase for a 10°C rise in temperature. Q10 is usually 2-3 for enzyme-catalysed reactions (i.e. the rate doubles every 10°C) and usually less than 2 for non-enzyme reactions.
The rate is not zero at 0°C, so enzymes still work in the fridge (and food still goes off), but they work slowly...
Calculate a fair price for your order
Do you need an essay?
A professional team of writers is able to craft custom essays from scratch according to your instructions. We are ready to satisfy writing needs of every demanding customer.
Do you need many essays?
The product provided is intended to be used for research or study purposes. Get instant access to over 200,000 papers.
Common topics in this essay:
- I took this off another site,
- active listening
- ethical, legal, and regulatory issues differ on a B2C site compared to a B2B site
- Supply Chain on a B2B site compared to a B2C site
- Amino acids and how they relate to athletics
- The Efficiency of Management Training in Kazakhstan: On-Site or Off-Site Training?
- active euthanasia
- Is Active Euthanasia Ever Justified?
- Active
- Amino Acids and how they relate to athletics.
- Amino Acids
- Web Site War
- Active Directory
- Active Directory
- Active Directory
Feedback of people who used our services.
Similar Essays:
2 pages / 400 words |
|||
2 pages / 582 words |
|||
2 pages / 372 words |
|||
4 pages / 1008 words |
|||
2 pages / 345 words |
|||
To try to see if the temperature affects the rate in which Amylase breaks down starch into maltose. |
4 pages / 1025 words |
||
2 pages / 593 words |