Measure of Central...

Measure of Central Tendency

Prompt

-

2

1.

Visit:

https://weather.gc.ca/mainmenu/weather_menu_e.html

2.

Or download any weather app such as The Weather Channel.

3.

Collect Maximum Temperature of last 15 days for Kitchener, Waterloo and

one another city (your choice) from different province.

4.

Calculate mean, median and mode for both sets of data.

fddg

5.

Draw inference based on your answers.

Some guiding questions can be;

1.

What contributes towards the difference in mean temp. For both cities.

2.

What does median value suggests?

3.

Can a graph be used to show the difference/ comparison?

Resource

-

1

Resource

-

2

Prompt

-

3

Create a MIND MAP; Based on your three

choices from Academic subjects & Non

-

Academic Interest.

You can consider example

-

1 for reference.

Prompt

-

4

Create a

SURVEY

.

1.

Choose a topic of your interest

from

you choose

any that interest you.

2.

Create questionnaires to

conduct

your

survey

.

3.

Your survey questionnaire MUST include

-

-

At least 1

graph(

Line/Bar graph/Histogram/Pie

chart)

-

At least 2 different types of questions

[ Like:

closed, Information, Checklist etc.]

Prompt 5

1.

Cite an example each for a Fair game and not a Fair game.

2.

Include a rationale to support for example.

3.

Highlight the importance of creating a Fair game. And why is it important in

real life.

Prompt

-

6

Consider the data, that you generated for

Activity

-

1

Tossing the coin

.

Based on the data, calculate

1)

P( A), where A= number of Heads

2)

P(A’) ; p of not A

3)

Represent P(A) & P(A’) , using a Venn diagram

4)

Also, Create a Venn Diagram for a non

-

mutually exclusive event.

[ Can you draw any inferences? Include explanation at each step]

{Please make sure to attach your activity sheet with your response to this slide}

Probability Distributions

Prompt

-

7

1.

Visit:

https://weather.gc.ca/mainmenu/weather_menu_e.html

2.

Or download any weather app such as The Weather Channel.

3.

Collect Maximum Temperature of last 15 days for Kitchener, Waterloo

and one another city (your choice) from different province.

4.

OR YOU CAN USE THE DATA COLLECTED IN PROMPT 5&6

5.

Graph your data using appropriate intervals

6.

Analysis your graph, based on the parameter discussed in this unit.

7.

Try to find any correlation between central tendencies & the shape

Probability Distributions

Prompt

-

8

1.

Find at least 2 real examples of Normal Probability curve.

2.

Compare & Discuss its properties (your example) with the properties of

the Normal curve.

3.

Explain your inference

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Feb 23, 2023

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