1. The independent variable for A‚ B‚ and C is postnatal age in hours. The dependent variables for A‚ B‚ and C are systolic blood pressure‚ diastolic blood pressure‚ and mean blood pressure respectively. The relationships between these variable is direct and positive in that as the independent variable of postnatal age increases the corresponding dependent variable increases. 2. The independent and dependent variables in Figure 3 are the same as in Figure 2‚ as well as the relationship between
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Name:_ Class: _GCU_HLT-362 V________________ Date: ___ □ EXERCISE 31 Questions to be Graded 1. What are the two groups whose results are reflected by the t ratios in Tables 2 and 3? Table 2 reflects the Health Promotion Program’s effects on cardiovascular risk factors and Table 3 is reflective of the program’s effects on health behavior. 2. Which t ratio in Table 2 represents the greatest relative or standardized difference between the pretest and 3 months outcomes? Is this t ratio
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deviation is almost a full point and a half lower than the closest standard deviation for the control post test score of 8.73. The experiment group‚ having the lowest standard deviation‚ has the least amount of dispersion among patients. 6. The self-care-self-efficiency variable consistently showed a higher amount of dispersion across the board. Whether it was the experimental variable or control group‚ the standard deviations were < 10 within the empowerment group. Whether it was the experimental
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Name:_____ Tina Wilhite Class: _____HLT-362V-0503 Date: ______01/25/2015 □ EXERCISE 16 Questions to be Graded 1. The researchers analyzed the data they collected as though it were at what level of measurement? a. Nominal b. Ordinal c. Interval/ratio d. Experimental 2. What was the mean posttest empowerment score for the control group? 97.12 3. Compare the mean baseline and posttest depression scores of the experimental group
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EXERCISE 16-13 (15–25 minutes) 1/1/14 No entry (total compensation cost is HK$450‚000) 12/31/14 Compensation Expense 225‚000 Share Premium—Share Options (HK$450‚000 X 1/2) 225‚000 12/31/15 Compensation Expense 225‚000 Share Premium—Share Options 225‚000 5/1/16 Cash (9‚000 X HK$20) 180‚000 Share Premium—Share Options 405‚000* Share Capital—Ordinary (9‚000 X HK$5) 45‚000 Share Premium—Ordinary 540‚000 *(HK$450‚000 X 9‚000/10‚000) 1/1/18 Paid-in Capital—Share Options
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studied was twenty-one elderly women with an average age of 77. Ninety percent of the participants had one or more chronic diseases. Table two represents the programs effects on cardiovascular risk factors and table 3 represents program effects on health behaviors. The t ratios reflected on these tables represents the test results between the pretest and 3 months and again between the pretest and 6 months. 2. Which t ratio in Table 2 represents the greatest relative or standardized difference
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depressed after the completing the empowerment program. This would have been an expected finding. The researchers originally hypothesized that the “patients with ESRD who obtain the empowerment program have higher levels of empowerment and self-care self-efficacy and are less depressed than those who do not receive the program” (Grove‚ 118). 4. Both the mean baseline and posttest scores of the control group were 10.40. This means that there was not a change in depression levels between the
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EXERCISE IN STATISTICS Below are hypothetical data. (1) Organize them in bivariate tables to answer the problems below. Determine the statistics to use for each. 1. Are sex and occupation associated? 2. Are age and income correlated? 3. Are educational attainment and sex associated? 4. Are civil status and occupation associated? 5. Are occupation and income related N>E> you may use data transformation (from interval data to nominal data) Respondent No. Age Sex Civil Status Educational attainment
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Sohal‚ S 04/05/11 (HLT-362 V) Applied Statistics for Healthcare Professionals Exercise 18 Q1. Assuming that the distribution is normal for weight relative to the ideal and 99% of the male participants scored between ( - 53.68‚ 64.64)‚where did 95% of the values for weight relative to the ideal lie? Round your answer to two decimal places. Answer: Mean of weight relative to ideal = 5.48 and Standard Deviation (σ) = 22.93. Calculation: (x bar) 1.96(σ) 5.48± 1.96(22.93) 5.48 - 1.96(22.93)
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not = 440 Statistic 4.9 With 98% confidence Lower limit 3.05348411 Upper limit 24.7249703 With 98% confidence we cannot reject Ho since the statistic is inside the acceptance zone b) Check the same hypothesis with 95% confidence. With 95% confidence Lower limit 3.81574825 Upper limit 21.9200493 With 95% confidence we cannot reject Ho since the statistic is inside
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