intercondylar distance-10 to 11cm
condylar guidance-33degrees
incisal guidance-9-12degrees
Because it has 3 fixed mean values
Because it has 3 fixed mean values
There are five values with one missing. The original set had six values with a mean of 5, which means that the members of the set added up to thirty. The values we have total 19, the missing value is 11.
Well there are three ways of finding averages, which is what I assume you meant. Finding the mean is when you add up all you values you have, then divide that total by the number of values you have. Finding the median is when you take your values and put them in numerical order from smallest to biggest. The value in the middle is the median. The mode is the value that appears the most out of all your values. e.g. Values are : 5,2,3,1,4 Mean: add them all together = 15 you have 5 numbers (values) so 15/5 = 3. Median: Values are 5,3,2,2,4 arrange your values in order- 2,2,3,4,5 3 is the middle number so 3= median Mode: Values are 2,2,3,4,5 value which appears most = 2 2 appears twice while others only appear once.
Any real value >= 0.
To calculate the mean, sum all the values in a dataset and then divide that total by the number of values. For example, if you have the numbers 4, 8, and 6, add them together to get 18, then divide by 3 (the number of values), resulting in a mean of 6. This process provides the average value of the dataset.
The mean, or average, is established by summing all the values in a dataset and then dividing that total by the number of values. For example, if you have the numbers 2, 3, and 5, you would add them together to get 10 and then divide by 3, resulting in a mean of 3.33. This calculation provides a central value that represents the overall dataset.
The arithmetic mean, commonly referred to as the average, is a measure of central tendency calculated by summing a set of values and dividing that sum by the number of values. It provides a way to represent a typical value in a dataset. For example, the arithmetic mean of the numbers 2, 3, and 5 is (2 + 3 + 5) / 3 = 3.33. It is widely used in statistics and everyday calculations but can be affected by extreme values (outliers) in the data.
The question is incorrect since the mean of 45 57 0 and 3 is not 30. And the value of 45 is 45, whatever its mean when combined with other numbers. Similarly, the value of 57 is 57, whatever its mean when combined with other numbers; etc.
The mean is a measure of central tendency, and the three most common ways to calculate the mean are the arithmetic mean (sum the values and divide by the number of values, n); the geometric mean (multiply all the values and raise them to a power of 1/n, where n is again the number of values); and the harmonic mean, where you divide n (the number of values) by the sum of the reciprocals. Using the examples where there are three values, 3, 5, and 7, the arithmetic mean would be: (3+5+7)/3 = 15/3 = 5; the geometric mean would be (3*5*7)^1/3 = cubed root of (3*5*7) = cubed root of 105 = 4.72; and the harmonic mean would be 3/(1/3 +1/5 +1/7) = 3/0.676 = 4.44. The geometric mean is best when taking the average of values that are normalized to a reference point (relative values). The harmonic mean is best when small values have more meaning than large value, such as in population genetics when a small number of individuals can put the population in a genetic bottleneck, where alleles are lost from the population, whereas large numbers of individuals do not cause this type of impact. The arithmetic mean is used most commonly, and applies under most circumstances as a good measure of central tendency.
a function is just a rule which takes certain values as input values and asign to each input value exactly one output value (you must be wondering what the "F" is in input or an output value? Well, they are just a fancy name for "variables")(;
The fact that they are negative only means that you subtract their absolute value. So to get the mean of 5, 6 and -2 sum = 5 + 6 - 2 = 9 number of values = 3 mean = 9/3 = 3