its easy.. just compare all the numbers you will find the largets and the smallest one.
put then in order from smallest to largest (or large to small) and find the number directly in the middle
0.6364
You can find scientific notation being used wherever numbers are very large or very small.
Find two consecutive numbers with the value of 4160
Scientific notation is useful for very large or very small numbers. If you use such numbers in your "real world", then scientific notation will be very useful. This may be the case, for example, when you work in science or engineering. Otherwise, if you don't work in an area that uses such large or small numbers, you probably won't find much use for them.
add them all together and divide them by the number of numbers you have
I have a large collection of WW1 postcards from France. How do I find their value?
The range is the largest value minus the smallest value from a set of numbers.
Implement these methods: public static int smallest(int[] arr) { int small = arr[0]; for(int i = 1; i < arr.size(); i++) if(arr[i] < small) small = arr[i]; return small; } public static int largest(int[] arr) { int large = arr[0]; for(int i = 1; i < arr.size(); i++) if(arr[i] > large) large = arr[i]; return large; }
add the three numbers the subtract 180 from your sum
Any US nickel minted since the 1960s is pretty much only worth face value. Even the 2004-2005 Lewis and Clark Bicentennial nickels were minted in such large numbers that any you find in change have no added value.
Find the absolute value of -3 plus the opposite of -3?