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You are evaluating a 42-y/o who is on room air and appears t…

You are evaluating a 42-y/o who is on room air and appears to be in no respiratory distress. He has a pulse oximetry reading of 99% and a normal minute volume. How many liters per minute of oxygen is he inspiring?A:  1-2 liters per minute.B:  2-4 liters per minute.C:  4-6 liters per minute.D:  6-12 liters per minute.

Nurses on the eighth floor of Community Hospital believe the…

Nurses on the eighth floor of Community Hospital believe they need extra staffing at night. To estimate the night workload, a random sample of 34 nights was used. For each night the total number of room calls to the nurses’ station on the eighth floor was recorded as follows. Construct a frequency table using 6 classes.  Be sure to indicate what class width you used. The Relative Frequencies must be entered as a percentage (do not include the % symbol) rounded to two decimal places. 68  60  69  70  83  58  90    86   71  71  92  95  70    74  46  18  84  82  75  6377  80  86  85  73  86  62  100  90  37  88  70  87  101 Class Width = [CW] Lower Limit Upper Limit Lower Boundary Upper Boundary Midpoint Frequency Relative Frequency Cumulative Frequency [LL1] [UL1] [LB1] [UB1] [M1] [F1] [RF1] [CF1] [LL2] [UL2] [LB2] [UB2] [M2] [F2] [RF2] [CF2] [LL3] [UL3] [LB3] [UB3] [M3] [F3] [RF3] [CF3] [LL4] [UL4] [LB4] [UB4] [M4] [F4] [RF4] [CF4] [LL5] [UL5] [LB5] [UB5] [M5] [F5] [RF5] [CF5] [LL6] [UL6] [LB6] [UB6] [M6] [F6] [RF6] [CF6] If you have trouble inputting into all the columns of the frequency tables, try using the TAB key to move from cell to cell.