George cut 2/3 of the pie and put that giant piece on his plate then he ate 1/4 of that piece what fraction of the original pie
1 answer:
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Answer:
(10) Person B
(11) Person B
(12)
(13) Person B
Step-by-step explanation:
Given
Person A 5 coins (records the outcome of Heads)
Person Rolls 2 dice (recorded the larger number)
Person A
First, we list out the sample space of roll of 5 coins (It is too long, so I added it as an attachment)
Next, we list out all number of heads in each roll (sorted)
Person B
First, we list out the sample space of toss of 2 coins (It is too long, so I added it as an attachment)
Next, we list out the highest in each toss (sorted)
Question 10: Who is likely to get number 5
From person A list of outcomes, the proportion of 5 is:
From person B list of outcomes, the proportion of 5 is:
<em>From the above calculations: </em><em> Hence, person B is more likely to get 5</em>
Question 11: Person with Higher median
For person A
This means that the median is the mean of the 16th and the 17th item
So,
For person B
This means that the median is the mean of the 15th and the 16th item. So,
<em>Person B has a greater median of 5</em>
Question 12: Probability that B gets 5 or 6
This is calculated as:
From the sample space of person B, we have:
So, we have:
Question 13: Person with higher probability of 3 or more
Person A
So:
Person B
So:
By comparison:
Hence, person B has a higher probability of 3 or more
9514 1404 393
Answer:
- circle
- y-axis
- 5 units
Step-by-step explanation:
It can be helpful to actually see the graph. For 0 ≤ θ ≤ π, a circle is developed above the x-axis, symmetrical about the y-axis (θ=π/2). For π ≤ θ ≤ 2π, the same circle is traced again in the same direction (CCW), as values of r are negative for those angles.
The circle has a radius of 2.5, centered at (0, 2.5), so the diameter is 5 units. The length of the diameter is the farthest distance between any two points on a circle.
