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kovach_probability_stuff

Last updated over 4 years ago

18 Nsɛmmisa

Complete the following definitions for questions 1 - 13; copied and pasted definitions will not be given credit

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

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1.

Probability

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2.

Theoretical Probability

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3.

Experimental Probability

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4.

Conditional Probability

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5.

Independent Events

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6.

Sample Space

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7.

Expected Value

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8.

Venn Diagram; include and image

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9.

Mutually Exclusive Venn Diagram; include an image

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10.

Non-Mutually Exclusive Venn Diagram; include an image

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11.

Find and upload an image of a sample space for a deck of cards

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12.

Find and upload an image of a sample space for two dice

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13.

Find and upload an image of a sample space for a spinner

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14.

Enter the third letter of your first name:

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15.

Enter the numeric position in the alphabet for the third letter of your first name. For example: if the third letter of your first name is an "Y", you would enter 25.

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16.

1. Search "flip a coin" on Google
2. Flip your coin of choice (61 + t) times and record the sample space; use H for Heads and T for Tales
3. Write the total number of Hs
4. Write the total number of Ts
5. Find the experimental probability of getting Heads (Total Hs/Sample Size); round your answer to the nearest hundredth
6. Find the experimental probability of getting Tales (Total Ts/Sample Size); round your answer to the nearest hundredth
*The Sample Size is simply the number of times you flipped the coin

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17.

1. Search "roll a die" at Google
2. Roll a six-sided die (80 + t) times where t is your answer from question 15
3. Record the sample space of the rolls
4. Record the total for the number of 1s, 2s, 3s, 4s, 5s, and 6s
5. Calculate the experimental probability* for each number; round your answers to the nearest hundredth
*The experimental probability for each number = (Total of Each Number/Sample Size)

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18.

1. Go to https://www.visnos.com/demos
2. Launch the Random Spinners demo
3. Change the number of spinners to 1
4. Change the spinner to an octagon
5. Spin the octagon (70 + t) times and record the sample space
6. Record the total for each section of the spinner
7. Calculate the probability for each number on the spinner (Total of each number/Sample Size)
The Sample Size is simply how many times you spin the spinner