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no one seems to know... oh well

i help people most of the times.. and yet most time people fail to help me...
this is only the 3rd time i have asked...
 
Originally posted by: CrazyPerson
i help people most of the times.. and yet most time people fail to help me...
this is only the 3rd time i have asked...
Click to expand...

u r too smart for the rest of us.
 
Originally posted by: CrazyPerson
i help people most of the times.. and yet most time people fail to help me... this is only the 3rd time i have asked...
Click to expand...

Maybe, you should stop posting?
 
Originally posted by: uncJIGGA
LOL...homework help again??? You need to form a study group...like with real people in your class...
Click to expand...

at least do his own homework. There's this new thing out called research and study. You may have heard about it.
 
Originally posted by: TuxDave
Perhaps you need to provide a little more reference. When I see Vmax I see maximum voltage.

<-- EE major
Click to expand...

lol, me too.

<-- not an EE major though
 
Zero order leads to a rectangular hyperbola curve. In this situation, Km=1/Vmax.

Using the Lineweaver-Burke equation, Vmax is the point at which the line crosses the y axis.
 
Velocity and concentration... WTF?

I'm a chemical engineer, but I don't see how you are relating velocity to concentration, unless you are talking about the rate of mass transfer, and that is a flow rate...

Ryan
 
Originally posted by: rgwalt
Velocity and concentration... WTF?

I'm a chemical engineer, but I don't see how you are relating velocity to concentration, unless you are talking about the rate of mass transfer, and that is a flow rate...

Ryan
Click to expand...
Enzyme kinetics.
 
Originally posted by: minendo
Originally posted by: rgwalt
Velocity and concentration... WTF?

I'm a chemical engineer, but I don't see how you are relating velocity to concentration, unless you are talking about the rate of mass transfer, and that is a flow rate...

Ryan
Click to expand...
Enzyme kinetics.
Click to expand...

Ah, bio stuff... I'm glad I don't have anything to do with the bio field...

R
 
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