Construct a graph comparing the ldl between pre menopause


Assignment 1: Application of Descriptive Statistics

Instruction

Read the situation carefully and answer the questions. Some questions require computations and brief explanations, while others require constructing tables and graphs. Situation

A study on blood cholesterol level was conducted among pre­menopausal and post­menopausal women in a clinic. See the data below on their HDL and LDL and answer the questions that follow:

ID# Menopause LDL HDL
1 Y 120 62
2 N 110 75
3 Y 126 76
4 Y 189 47
5 N 113 78
6 Y 152 56
7 N 105 78
8 N 125 72
9 Y 172 50
10 N 122 77
11 Y 156 59
12 N 108 68
13 Y 180 55
14 N 125 62
15 N 126 78
16 Y 170 56
17 Y 206 42
18 Y 189 46
19 N 126 60
20 N 115 76
21 N 124 57
22 Y 174 40
23 Y 190 48
24 Y 192 40
25 Y 226 40
26 Y 210 40
27 Y 212 39
28 Y 194 45
29 Y 198 47
30 Y 197 47
31 N 118 68
32 Y 130 70
33 N 133 66
34 Y 206 55
35 Y 224 50
36 Y 190 55
37 Y 182 47
38 Y 128 50
39 Y 139 66
40 N 120 65

Questions A

1. Construct an ungrouped frequency distribution of the LDL showing the frequencies (f), percentages (%), cumulative frequencies (cf), and cumulative percentages (c%). Describe the data using this approach.

2. Construct a grouped frequency distribution of the HDL showing the frequencies (f), percentages (%), cumulative frequencies (cf), and cumulative percentages (c%) for each class interval. Describe the data using this approach.

3. What is the best way to present HDL or LDL in this dataset? Justify your choice (whether grouped or ungrouped frequency distribution).

Questions B

1. Construct a table showing the distribution of the HDL and LDL of the women. Write a brief narrative (text) describing the table.

2. Construct a graph comparing the LDL between pre menopause and post menopause women. Write a brief narrative (text) describing the graph.

Question C

1. Compute for the measures of tendency: mean, median, mode. Which of the three measures is the best estimator of the HDL? Justify your answer.

2. Compute for the variance (or standard deviation) of HDL. What does this mean in relation to the mean?

3. Given the mean and standard deviation computed above, and assuming the sample was representative of the population, if the normal LDL is less than 130, what percentage of women had normal LDL? Show computation or the use of online calculator.

4. Given the mean and standard deviation computed above, if you were to conduct an intervention program targeting women with high LDL (LDL ≥ 130), what percentage will be included? Show computation or the use of online calculator

5. Given the mean and standard deviation computed above, if the intervention program targets women with low HDL (HDL < 50), what percentage will be included? Show computation or the use of online calculator

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Applied Statistics: Construct a graph comparing the ldl between pre menopause
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