一级反应半衰期公式为 A: t1/2=0.1054/k B: t1/2=0.693/k C: t1/2=C0/k D: t1/2=0.693k
一级反应半衰期公式为 A: t1/2=0.1054/k B: t1/2=0.693/k C: t1/2=C0/k D: t1/2=0.693k
The half-life formula of the first order reaction is A: t1/2 = 0.1054/k B: t1/2 = 0.693/k C: t1/2 = C0/2k D: t1/2 = 0.693k
The half-life formula of the first order reaction is A: t1/2 = 0.1054/k B: t1/2 = 0.693/k C: t1/2 = C0/2k D: t1/2 = 0.693k
一级反应半衰期公式为( ) A: t1/2=0.1054/k B: t1/2=0.693/k C: t1/2=Co/2k D: t1/2=0.693k E: t1/2=0.1/Cok
一级反应半衰期公式为( ) A: t1/2=0.1054/k B: t1/2=0.693/k C: t1/2=Co/2k D: t1/2=0.693k E: t1/2=0.1/Cok
一级反应半衰期公式为() A: t1/2=0.1054/k B: t1/2=0.693/k C: t1/2=Co/2k D: t1/2=0.693k E: t1/2=1/Cok
一级反应半衰期公式为() A: t1/2=0.1054/k B: t1/2=0.693/k C: t1/2=Co/2k D: t1/2=0.693k E: t1/2=1/Cok
一级反应半衰期的公式为() A: t1/2=0.1054/k B: t1/2=0.693/k C: t1/2=0.693k D: t1/2=C0/2k E: t1/2=1/C0k
一级反应半衰期的公式为() A: t1/2=0.1054/k B: t1/2=0.693/k C: t1/2=0.693k D: t1/2=C0/2k E: t1/2=1/C0k
一级速率消除药物的生物半衰期t与消除速度常数k之间的关系() A: t=0.693×k B: t=0.693/k C: t=k/0.693 D: t=0.693+k E: t=0.693-k
一级速率消除药物的生物半衰期t与消除速度常数k之间的关系() A: t=0.693×k B: t=0.693/k C: t=k/0.693 D: t=0.693+k E: t=0.693-k
某药按一级动力学消除,其血浆半衰期与k(消除速率常数)的关系为() A: 0.693/k B: k/0.693 C: 2.303/k D: k/2.303
某药按一级动力学消除,其血浆半衰期与k(消除速率常数)的关系为() A: 0.693/k B: k/0.693 C: 2.303/k D: k/2.303
某药按一级动力学消除,其血浆半衰期为(2.5分) A: 0.693/k B: k/0.693 C: 2.303/k D: k/2.303 E: k/(2·血浆药物浓度)
某药按一级动力学消除,其血浆半衰期为(2.5分) A: 0.693/k B: k/0.693 C: 2.303/k D: k/2.303 E: k/(2·血浆药物浓度)
一级速率消除药物的生物半衰期t1/2与消除速度常数k之间的关系() A: t1/2=0.693×k B: t1/2=0.693/k C: t1/2=k/0.693 D: t1/2=0.693+k E: t1/2=0.693-k
一级速率消除药物的生物半衰期t1/2与消除速度常数k之间的关系() A: t1/2=0.693×k B: t1/2=0.693/k C: t1/2=k/0.693 D: t1/2=0.693+k E: t1/2=0.693-k
按一级动力学消除的药物,其血浆半衰期与K(消除速率常数)的关系为()。 A: 0.693/K B: K/0.693 C: 2.303/K D: K/2.303 E: K/2
按一级动力学消除的药物,其血浆半衰期与K(消除速率常数)的关系为()。 A: 0.693/K B: K/0.693 C: 2.303/K D: K/2.303 E: K/2