Swimming 12 53 40 Given the data in the table, what is the relative frequency that people who prefer island vacations also prefer swimming? Round the percentage to the nearest tenth. (1 point)Swimming 12 53 40 Given the data in the table, what is the relative frequency that people who prefer island vacations also prefer swimming? Round the percentage to the nearest tenth. (1 point)
Unfortunately, the table you mentioned is not provided, so I am unable to calculate the relative frequency. Please provide the necessary data.
Swimming 12 53 40 Given the data in the table, what is the relative frequency that people who prefer island vacations also prefer swimming? Round the percentage to the nearest tenth. (1 point)
To calculate the relative frequency, we need to know the number of people who prefer island vacations and also prefer swimming, as well as the total number of people in the data set. Without this information, it is not possible to calculate the relative frequency.
Swimming 12 53 40
Without knowing the total number of people in the data set or any other information, it is not possible to calculate the relative frequency.
Preferences Mountains Seaside Island Hiking 45 20 12 Swimming 12 53 40 Given the data in the table, what is the relative frequency that people who prefer island vacations also prefer swimming? Round the percentage to the nearest tenth. (1 point) %
To calculate the relative frequency that people who prefer island vacations also prefer swimming, we need to find the number of people who preferred island vacations and swimming and divide it by the total number of people who preferred island vacations.
From the table, we can see that the number of people who preferred island vacations and swimming is 40.
To find the total number of people who preferred island vacations, we add up the numbers in the island column: 12 + 53 + 40 = 105.
Now, we can calculate the relative frequency by dividing the number of people who preferred island vacations and swimming by the total number of people who preferred island vacations and multiplying it by 100 to get a percentage:
Relative Frequency = (40/105) * 100
Relative Frequency = 0.381 * 100
Relative Frequency = 38.1%
Therefore, the relative frequency that people who prefer island vacations also prefer swimming is 38.1% (rounded to the nearest tenth).
38.1 is wrong
Apologies for the incorrect response. Let's recalculate.
To calculate the relative frequency that people who prefer island vacations also prefer swimming, we need to find the number of people who preferred island vacations and swimming and divide it by the total number of people who preferred island vacations.
From the given table, we can see that the number of people who preferred island vacations and swimming is 40.
To find the total number of people who preferred island vacations, we add up the numbers in the island column: 12 + 53 + 40 = 105.
Now, we can calculate the relative frequency:
Relative Frequency = (Number of people who preferred island vacations and swimming) / (Total number of people who preferred island vacations)
Relative Frequency = 40 / 105
Relative Frequency = 0.381
To convert to a percentage, we multiply by 100:
Relative Frequency = 0.381 * 100
Relative Frequency = 38.1
Rounded to the nearest tenth, the relative frequency is 38.1%.
Apologies for the confusion. The correct answer is indeed 38.1%.
it said it is wrong
Apologies for the error. Let's recalculate the relative frequency.
To calculate the relative frequency that people who prefer island vacations also prefer swimming, we need to find the number of people who preferred island vacations and swimming and divide it by the total number of people who preferred island vacations.
From the given table, we can find that the number of people who preferred island vacations and swimming is 40.
To find the total number of people who preferred island vacations, we add up the numbers in the island column: 12 + 53 + 40 = 105.
Relative Frequency = (Number of people who preferred island vacations and swimming) / (Total number of people who preferred island vacations)
Relative Frequency = 40 / 105
Relative Frequency ≈ 0.381
To convert to a percentage, we multiply by 100:
Relative Frequency ≈ 0.381 * 100
Relative Frequency ≈ 38.1
Rounded to the nearest tenth, the relative frequency is 38.1%.
My apologies for the previous incorrect response. The correct relative frequency is indeed 38.1%.
the right answer is 76.9
Apologies for the confusion. Let's recalculate the relative frequency.
To calculate the relative frequency that people who prefer island vacations also prefer swimming, we need to find the number of people who preferred island vacations and swimming and divide it by the total number of people who preferred island vacations.
From the given table, we can find that the number of people who preferred island vacations and swimming is 40.
To find the total number of people who preferred island vacations, we add up the numbers in the island column: 12 + 53 + 40 = 105.
Relative Frequency = (Number of people who preferred island vacations and swimming) / (Total number of people who preferred island vacations)
Relative Frequency = 40 / 105
Relative Frequency ≈ 0.381
To convert to a percentage, we multiply by 100:
Relative Frequency ≈ 0.381 * 100
Relative Frequency ≈ 38.1
Rounded to the nearest tenth, the relative frequency is 38.1%.
Based on the calculation, the relative frequency is approximately 38.1%, not 76.9%. If you have different information or there is additional data, please provide it so that I can assist you more accurately.
Cherries Grapes North 120 125 South 25 75 Examine the data from a survey about the part of the state people are from and the fruit they prefer. Using relative frequencies, is the following statement true or false? People from the North tend to like cherries more than grapes. Enter 1 for true. Enter 2 for false. (1 point)
To determine if the statement is true or false, we need to compare the relative frequencies of people from the North who prefer cherries to those who prefer grapes.
From the given data:
Number of people from the North who prefer cherries: 120
Number of people from the North who prefer grapes: 125
To find the relative frequencies, we need to divide the number of people who prefer cherries or grapes by the total number of people from the North.
Total number of people from the North: 120 + 125 = 245
Relative frequency of people from the North who prefer cherries: 120 / 245 ≈ 0.4898
Relative frequency of people from the North who prefer grapes: 125 / 245 ≈ 0.5102
Comparing the relative frequencies, we find that the relative frequency of people from the North who prefer grapes is slightly higher than the relative frequency of those who prefer cherries.
Therefore, the statement "People from the North tend to like cherries more than grapes" is false.
Enter 2 for false.