no one seems to know... oh well

[CrazyPerson]

is the Vmax calculated for the region of 0 order or is it just a line of best fit?

 

[spanky]

Originally posted by: CrazyPerson

 

[CrazyPerson]

refering to the velocity vs concentration

 

[CrazyPerson]

lets start with me

 

[CrazyPerson]

ok.. go

 

[dighn]

is that chem?

 

[CrazyPerson]

bio chem..

 

[UNCjigga]

LOL...homework help again??? You need to form a study group...like with real people in your class...

 

[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...

 

[spanky]

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...

u r too smart for the rest of us.

 

[Tetsuo]

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...

Maybe, you should stop posting?

 

[TuxDave]

Perhaps you need to provide a little more reference. When I see Vmax I see maximum voltage.

<-- EE major

 

[prvteye2003]

Originally posted by: uncJIGGA
LOL...homework help again??? You need to form a study group...like with real people in your class...

at least do his own homework. There's this new thing out called research and study. You may have heard about it.

 

[Eli]

Originally posted by: TuxDave
Perhaps you need to provide a little more reference. When I see Vmax I see maximum voltage.

<-- EE major

lol, me too.

<-- not an EE major though

 

[minendo]

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.

 

[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

 

[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

Enzyme kinetics.

 

[rgwalt]

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

Enzyme kinetics.

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

R

 

[cliftonite]

Originally posted by: spanky

Originally posted by: CrazyPerson