Isla flipped a coin 30 times. The coin landed heads up 9 times and tails up 21 times. Part A: Based on the results, what is the
1 answer:
The theoretical probability of the coin landing heads up is 0.5.
We have given that,Isla flipped a coin 30 times.
The coin landed heads up 9 times and tails up 21 times.
We have to determine,What is the theoretical probability of the coin landing heads up?
<h3>What is the meaning of theoretical probability?</h3>Theoretical probability is probability that is determined on the basis of reasoning. Experimental probability is probability that is determined on the basis of the results of an experiment repeated many times.
By using the theoretical probability concept assuming it means a percentage, so to turn a fraction into a percentage the top by the bottom (9÷30) and multiply by 100
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And, to turn a fraction into a percentage the top by the bottom (9÷30) and multiply by 100.
It depends on if it wants a basic probability on how many times it will land on heads, if it does use 42.86%. If it wants a probability out of 30 it's 30%.
The theoretical probability of the coin landing heads up is given by,
Hence, The theoretical probability of the coin landing heads up is 0.5.
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Answer:
Step-by-step explanation:
Let's give this a go here. The volume formula for the shell method while rotating about a horizontal line is
where p(y) is the distance from the axis of rotation (the x-axis) to the center of the solid. This is a positive distance and it is just y.
h(y) is the horizontal height of the function. Our function starts at x = 0 and ends at the function itself, so h(y) = 3 + y^2.
In the shell method when rotating about a horizontal line, we need to use x = y equations, and y-intervals. Setting up our integral then:
We can simplify this a bit by distributing the y into the parenthesis:
Integrating gives us
from 2 to 3
Using the First Fundamental Theorem of Calculus:
which simplifies down to