the answer will be nothing
To figure the variance on a group of numbers, you must first figure out the mean, which is the average of the set. Then, substract the mean from each number in the set. Square the result of those substractions, and then average the squares. You will then have the variance.
1 significant figure.
list from least to greatest & x out outer #s until you get to the middle.What if there are TWO middle Numbers?if there are two middle numbers then add them together and divide by two to find the median
The rule when rounding off numbers is "If the first figure to be discarded is 5 or more then the previous figure is increased by 1". As the answer only requires 2 significant figure then the first figure to be discarded is the units digit of 1. As this is not 5 or more then the previous figure (5) remains unchanged. 151.208 to 2 sf = 150 NOTE : Zeros are kept to show the position of the decimal point or to indicate that zero is a significant figure.
The factors of 10 are the numbers that divide 10 evenly: 1, 2, 5 and 10. To answer your question, you have to figure out what the probability of rolling one of these numbers is on a number cube.
To add mutually to discover the totality amount To utter numbers sequentially To take account of Counting Principle is used to discover the figure of probable upshots. It shapes that if an occasion has "b" achievable outcomes and another autonomous event has "g" likely outcomes, then there are "bg" probable outcomes for the two occurrences collectively. Definition of Counting Numbers: The numbers which are used for counting from one to infinity are called Counting Numbers.
Four - all nonzero numbers are significant.
It contains all the digits from 0 to 9 and the numbers are placed in alphabetical order.
There are sixteen different outcomes. To figure this you multiply the number of possible outcomes for each coin, which is 2 for all of them. So you take 2^4 which comes out to 16.
There are technically 8 possible outcomes if you are talking about the side of the coin it lands on. Each coin has 2 possible outcomes (landing on heads and landing on tails). To figure out the number of outcomes for all the coins you multiply the outcomes for all of the coins together: 2 X 2 X 2= 8.
False
true
Calculating Probabilities for Equally Likely OutcomesStep 1: Count the total number of possible outcomes of an eventStep 2: Count the number of outcomes that represent a success - that is, the number of outcomes that represent the desired result.Step 3: Determine the probability of success by dividing the number of successes by the total number of possible outcomes:
The polygon (figure) that contains 8 sides is called an "octagon".
Yes. 8 figure numbers for each soldier, Officers have 6 figure numbers.
False.
The probability of guessing a 4-digit numerical code is 1:10000. If the code can contains numbers AND letters - that figure rises to 1:1,679,616