Fortovase Label.png Trade name: _________[BLANK-1]________ Generic name: _______[BLANK-2]________ Form: ________________[BLANK-3]_________ Dosage strength: ____[BLANK-4]________ Usual dosage: ________[BLANK-5]________ Total amount in container: ______[BLANK-6]_____ Alert; __________________[BLANK-7]_______________

Keflex 3g/4mL is your stock supply. The doctor orders Keflex 500mg q 8h IM. How many milliliters will you give for the correct dose? __[BLANK-1]______ mL (Round to the tenths. Enter the number(s) only in the blank).

The doctor orders Zantac 75mg PO Q6H for infection. The stock supply is Zantac 150mg tablets. The doctor orders a drug 0.6g po tid. The stock supply of the drug is 200mg tablets. How many tablets will you administer for the correct dose? How many tablets will you administer for the correct dose? _____[BLANK-1]_______ tab(s)

MS Cotin Label.png Trade Name: ________[BLANK-1]_____________ Generic Name: _______[BLANK-2]____________ Form__________________[BLANK-3]____________ Dosage strength: ______[BLANK-4]___________ Total amount in container: ___[BLANK-5]____ Controlled substance schedule: ______[BLANK-6]_____ Directions for use: ____________[BLANK-7]____________

Assume that the weights (X) for a group of boys from 15 to 20 years follow the normal curve with a mean of 120 pounds and standard deviation of 5. The weight of a randomly chosen boy is 118 pounds. Compute the standard units of this weight. Standard unit equivalent of X is -0.2 Standard unit equivalent of X is 2 Standard unit equivalent of X is -0.4 Standard unit equivalent of X is 0.4

Is the following statement True (“T”) or False (“F”)?    Normal distribution is discrete rather than continuous. 

Is the following statement True (“T”) or False (“F”)?    When order doesn’t matter, it is Combination.

Let F(x) denotes the cumulative distribution (CDF) function of the random variable X that represents the number of EEG spikes in a randomly chosen 10-second EEG signal from an Epileptic patient. Given: P(X=0) = 0.20; P(X=1) = 0.50; P(X=2) = 0.20; P(X=3) = 0.10 Find F(1.5) F(1.5) = P(X=0) + P(X=1) + P(X=2) F(1.5) = P(X=0) + P(X=1) + P(X=2) + P(X=3) F(1.5) = P(X=1) + P(X=2) F(1.5) = P(X=0) + P(X=1)

The following table shows the probability that one diagnosed epileptic patient has seizures in one week. Based on previous research, the probability related to its occurrences are tabulated below: Find the subsets of the sample space for events S and M. Event M: (2, 3, 4) and Event S: (0, 1) Event M: (0, 1, 2) and Event S: (3, 4) Event M: (1, 2, 3) and Event S: (4) Event M: (0, 1) and Event S: (3, 4)

The following table shows the probability that one diagnosed epileptic patient has seizures in one week. Based on previous research, the probability related to its occurrences are tabulated below: Find the probabilities P(S) and P(M). P(S) = 82% and P(M) = 8% P(S) = 64% and P(M) = 36% P(S) = 18% and P(M) = 64% P(S) = 36% and P(M) = 64%