#1
Re: Pharmacology
alexis - 02-20-10 08:30 My answer is: c.
#2
Re: Pharmacology conym5 - 02-20-10 08:51 My answer is: c.
First order kinetics
First-order kinetics refers to the most common situation where rate of drug elimination is dependent on the concentration of the drug in the plasma. It can be described in equation: (Rate of elimination = constant x Drug concentration)
#3
Re: Pharmacology greatdoctor - 02-20-10 11:55 My answer is: a.
#4
Re: Pharmacology hhmyaing - 02-20-10 14:35 My answer is: c.
#5
Re: Pharmacology burgos24 - 02-20-10 15:38 My answer is: c.
#6
Re: Pharmacology ysemak - 02-20-10 16:09 My answer is: c.
#7
Re: Pharmacology chiafen - 02-21-10 03:25 My answer is: c.
#8
Re: Pharmacology ktkmelody - 02-21-10 06:42 My answer is: a.
#9
Re: Pharmacology smiles - 02-22-10 17:01 My answer is: c.
#10
Re: Pharmacology bingousmle - 02-23-10 02:24 My answer is: c.
#12
Re: Pharmacology 123456789 - 02-23-10 07:22 My answer is: b.
#13
Re: Pharmacology oldman - 02-24-10 22:52 My answer is: c.
#14
Re: Pharmacology saleem - 02-25-10 01:10 My answer is: a.
#15
Re: Pharmacology ayebazibwe - 02-25-10 04:59 My answer is: c.
right
#16
Re: Pharmacology ayebazibwe - 02-25-10 05:15 My answer is: c.
#17
Re: Pharmacology syedhussain - 02-26-10 16:50 My answer is: c.
#18
Re: Pharmacology mtniharika - 02-27-10 01:23 My answer is: c.
For a first-order reaction, the rate of reaction is directly proportional to the concentration of one of the reactants.
Differential Rate Law: r = k [A]
The rate constant, k, has units of sec-1.
#19
Re: Pharmacology saurabhsingh - 03-02-10 10:46 My answer is: c.
#20
Re: Pharmacology dmg5657 - 03-02-10 16:10 My answer is: c.
#21
Re: Pharmacology cuteami - 03-08-10 14:49 My answer is: b.
#22
Re: Pharmacology gemininan - 03-08-10 23:22 My answer is: c.
#23
Re: Pharmacology noor2007 - 03-09-10 05:09 My answer is: c.
#24
Re: Pharmacology dr_ryha - 03-11-10 08:35 My answer is: c.
#25
Re: Pharmacology hhyeemee - 03-11-10 09:52 My answer is: c.
#26
Re: Pharmacology nivazs - 03-11-10 13:11 My answer is: a.
#27
Re: Pharmacology shahra - 03-13-10 06:45 My answer is: a.
#29
Re: Pharmacology victoria - 03-14-10 01:07 My answer is: c.
#30
Re: Pharmacology pawan238 - 03-14-10 04:56 My answer is: c.
#31
Re: Pharmacology babsin - 03-14-10 07:20 My answer is: a.
#32
Re: Pharmacology mountain - 03-15-10 00:33 My answer is: c.
#33
Re: Pharmacology radhika4f - 03-15-10 22:39 My answer is: c.
#34
Re: Pharmacology kundan - 03-28-10 11:33 My answer is: c.
#35
Re: Pharmacology kagyenb - 03-28-10 13:43 My answer is: c.
#36
Re: Pharmacology pingpong20 - 04-25-10 13:30 My answer is: c.
#37
Re: Pharmacology luckyveda - 05-04-10 07:37 My answer is: c.
#38
Re: Pharmacology sam1971 - 05-08-10 13:37 My answer is: d.
#39
Re: Pharmacology babbu5508 - 05-17-10 17:46 My answer is: c.
In Pharamacokinetics, for first order kinetics .... rate of elimination is directly proportional to plasma drug concentration...there is a linear relationship...
#40
Re: Pharmacology anamendoza - 05-17-10 23:39 My answer is: c.
#41
Re: Pharmacology leenamathew1 - 05-19-10 15:37 My answer is: a.
#42
Re: Pharmacology remakrishnan3 - 05-19-10 17:16 My answer is: d.
#43
Re: Pharmacology medical1212 - 05-23-10 12:50 My answer is: c.
#44
Re: Pharmacology deal1984 - 05-23-10 16:43 My answer is: c.
#45
Re: Pharmacology johanna80 - 05-23-10 19:44 My answer is: b.
b
#46
Re: Pharmacology galaxy - 05-26-10 14:13 My answer is: c.
In Pharamacokinetics, for first order kinetics which of the following is correct..c. rate of elimination is directly proportional to plasma drug concentration
#47
Re: Pharmacology medic - 05-27-10 08:39 My answer is: d.
#48
Re: Pharmacology robin4u - 05-27-10 11:19 My answer is: c.
