Answer:
Relative Frequency Method
Step-by-step explanation:
If I carry out an experiment involving 25 throws of a coin and I obtain 13 Heads(H), the Relative Frequency of obtaining Heads will be 13/25.
Now if I intend to find out approximately how many Heads will
occur in 300 throws, I simply use the result or experimentation data that I have.
This is done below:
Relative Frequency of Obtaining a Head= 13/25 =0.52
Number of Heads obtained in 300 throws
= Relative Frequency X Number of Trials
=0.52 X 300
=156
This is an example of how relative frequency method works.
Answer:
Amanda's popcorn container holds more popcorn
Step-by-step explanation:
<em><u>First we'll have to find the volume.</u></em>
The Volume helps us determine which is bigger.
<em><u>Step 1</u></em>
We'll find Amanda's popcorn container
10cm*10cm*13.5cm=1350cm
<em><u>Step 2</u></em>
We'll find Mary's popcorn container
8cm*8cm*20cm=320cm
<em><u>Step 3</u></em>
Since Amanda's popcorn container has 1350cm (volume) and Mary's popcorn container has 320cm (volume) we'll have this. 1350cm>320cm. We can determine the Amanda's popcorn container has holds more,
<em><u>Final Answer</u></em>
Amanda's popcorn container holds more popcorn
This can be solved by using the normal approximation to the binomial distribution.
mean = np = 10.000 * 0.5 = 5,000
The standard deviation is given by:


The probability of obtaining more than 5100 tails is 0.0228 and the probability of obtaining fewer than 5100 tails is 0.9772.
The odds of obtaining more than 5100 tails is therefore:
0.0228:0.9772 = 1:42.86.
Answer:
yes
Step-by-step explanation:
Answer:
4
Step-by-step explanation: