Conduct an analysis of your project data. Prepare the items below based on the data from two of the variables in the data collection instrument.

1. Determine the mean, median, and mode for each of the variables.
2. What is the variance for each set of data for each of the variables?
3. What is the standard deviation for each of the variables?
4. What is the probability that each event occurs in each of the two variables.

NO	Patients ID	Diagnosis	Age	Sex	Marital status	Weight (Pounds) lb	Height (m)	Medicare cost ( $)
1	10	Diabetes	35	F	SINGLE	300	1.52	2000
2	223	Hypertension/Diabetes	80	M	MARRIED	250	1.73	3500
3	345	Diabetes	69	M	MARRIED	320	1.54	2500
4	456	Diabetes	45	M	MARRIED	360	1.35	2000
5	658	Diabetes	50	M	MARRIED	380	1.55	2500
6	78	Diabetes	48	M	SINGLE	350	1.56	2000
7	667	Hypertension	45	F	MARRIED	230	1.87	1500
8	739	Diabetes	40	M	MARRIED	370	1.48	2000
9	65	Hypertension	85	F	MARRIED	230	1.39	1000
10	442	Diabetes	40	M	MARRIED	340	1.61	2000
11	53	Diabetes	42	M	MARRIED	390	1.52	2500
12	356	Hypertension/Diabetes	78	F	MARRIED	250	1,73	4000
13	345	Hypertension	45	F	MARRIED	240	1.54	1000
14	456	Hypertension	49	F	MARRIED	200	1.45	1500
15	344	Diabetes	39	M	SINGLE	390	1.86	2000
16	77	Hypertension/Diabetes	87	F	MARRIED	250	1.97	3000
17	909	Diabetes	44	M	MARRIED	300	1.38	2500
18	124	Diabetes	48	M	MARRIED	350	1.29	2000
19	567	Diabetes	37	M	SINGLE	370	1.5	2000
20	465	Hypertension	50	F	MARRIED	230	1.84	1500
21	543	Diabetes	45	F	MARRIED	360	1.92	2000
22	456	Hypertension	49	F	MARRIED	220	1.23	1000
23	23	Diabetes	36	F	SINGLE	360	2.05	2000
24	234	Diabetes	39	M	SINGLE	370	2.16	2500
25	235	Diabetes	41	F	MARRIED	380	1.67	2000
26	67	Hypertension	55	M	MARRIED	220	1.58	1500
27	567	Hypertension	58	F	MARRIED	210	1.88	1000
28	989	Diabetes	49	F	MARRIED	330	1.39	2500
29	785	Hypertension/Diabetes	88	F	MARRIED	210	1.96	4000
30	126	Diabetes	44	M	MARRIED	400	1.54	2000