Math 1680 Elementary Probability and Statistics Exercise Set 2 Name: 1. The following data table is obtained by a fourth grader on his science project, "Exploding Foam." He poured 1/2 tea-spoon of baking soda and 1/8 tea-spoon of laundry detergent into 1/4 cup (50ml) of vinegar of various temperature, and measured the volume of the foam. Num. Temp. Vol. Num. Temp. 2 41.4'F 175ml Vol. Num. Temp. Vol. 3 43.0°F 300ml 1 45.5 F 250ml 6 71.9°F 400ml 9 48.5°F 250ml 12 96.6°F 550ml 15 104.6°F 550ml 18 94.4'F 550ml 4 44.6°F 350ml 5 52.0°F 300ml 7 44.1°F 500ml 10 57.9 F 300ml 13 123.6"F 600ml 16 89.3'F 500ml 19 94.3°F 550ml Mean 8 52.4°F 300ml 11 75.1°F 450ml 14 120.1°F 600ml 17 101.1°F 400ml SD (a) Find the mean and the standard deviation for the temperature. (b) Find the five number summary of the temperature, and produce the box-whiskers chart. (e) Produce a frequency table and the corresponding histogram for the temperature. You are free to select your own class intervals. In the end, however, your table and histogram must portray the data set with a reasonable accuracy.

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Please help me answer questions 1 and 2 in it entirety! If you ciuld show how you achieve the answers, that would be helpful. Thank you so much!

Math 1680 Elementary Probability and Statistics
Exercise Set 2
Name:
1. The following data table is obtained by a fourth grader on his science project, "Exploding
Foam." He poured 1/2 tea-spoon of baking soda and 1/8 tea-spoon of laundry detergent into
1/4 cup (50ml) of vinegar of various temperature, and measured the volume of the foam.
Num. Temp.
1 45.5°F 250ml
4 44.6°F 350ml
44.1°F 500ml
Vol. Num. Temp.
43.0°F 300ml
71.9°F 400ml
Vol. Num. Temp.
Vol.
41.4°F 175ml
3
52.0°F 300ml
6
52.4°F 300ml
75.1°F 450ml
14 120.1°F 600ml
17 101.1°F 400ml
48.5°F 250ml
96.6°F 550ml
15 104.6°F 550ml
94.4°F 550ml
7
8
57.9°F 300ml
13 123.6°F 600ml
89.3°F 500ml
19 94.3°F 550ml Mean
10
11
12
16
18
SD
(a) Find the mean and the standard deviation for the temperature.
(b) Find the five number summary of the temperature, and produce the box-whiskers chart.
(c) Produce a frequency table and the corresponding histogram for the temperature. You
are free to select your own class intervals. In the end, however, your table and histogram
must portray the data set with a reasonable accuracy.
2. Repeat the problems 1(a) - 1(c), this time, with the volume of the foam.
Transcribed Image Text:Math 1680 Elementary Probability and Statistics Exercise Set 2 Name: 1. The following data table is obtained by a fourth grader on his science project, "Exploding Foam." He poured 1/2 tea-spoon of baking soda and 1/8 tea-spoon of laundry detergent into 1/4 cup (50ml) of vinegar of various temperature, and measured the volume of the foam. Num. Temp. 1 45.5°F 250ml 4 44.6°F 350ml 44.1°F 500ml Vol. Num. Temp. 43.0°F 300ml 71.9°F 400ml Vol. Num. Temp. Vol. 41.4°F 175ml 3 52.0°F 300ml 6 52.4°F 300ml 75.1°F 450ml 14 120.1°F 600ml 17 101.1°F 400ml 48.5°F 250ml 96.6°F 550ml 15 104.6°F 550ml 94.4°F 550ml 7 8 57.9°F 300ml 13 123.6°F 600ml 89.3°F 500ml 19 94.3°F 550ml Mean 10 11 12 16 18 SD (a) Find the mean and the standard deviation for the temperature. (b) Find the five number summary of the temperature, and produce the box-whiskers chart. (c) Produce a frequency table and the corresponding histogram for the temperature. You are free to select your own class intervals. In the end, however, your table and histogram must portray the data set with a reasonable accuracy. 2. Repeat the problems 1(a) - 1(c), this time, with the volume of the foam.
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Mean and Standard Deviation:

They are the basic statistical summary measure used to the understand dataset better. Mean is the ratio of the sum of the observation to the total number of observations. Whereas the Standard Deviation is the square root of the ratio of the sum of the square of the difference between each observation and the mean to the total number of observations -1.

Box-Whiskers Chart:

A box plot is a graphical representation that displays the variation in a set of data. The summary of data value will be shown in the box-plot and also the outliers and leverage points can be seen in the graph.

Histogram:

It a graphical representation of the distribution of the data. It is a bar graph with different heights but same width. As the height of bar increases indicates that more data is fallen in that range. 

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