yes, if all of the pieces of data in the set are the same value, then there is a range of 0, simply because the largest number subtracted by the smallest number equals 0. ex. data set: 7, 7, 7, 7, 7, 7-7=0
Range = 5 - 0 = 5
The range of the function y=x^2 would be y is greater than or equal to 0 in this case. So pretty much just find the vertex of the function and what ever the y coordinate is set that as the lowest number for the range.
You'd have to have a number of the same number like three threes or four fours, etc.
The range is 13
The answer is "no solution." ln(0) means e^x=0, and nothing raised to any power can ever equal zero. The domain of y=lnx is (0,∞) and the range is (-∞,∞).
yes, if all of the pieces of data in the set are the same value, then there is a range of 0, simply because the largest number subtracted by the smallest number equals 0. ex. data set: 7, 7, 7, 7, 7, 7-7=0
Range = 5 - 0 = 5
The range of the function y=x^2 would be y is greater than or equal to 0 in this case. So pretty much just find the vertex of the function and what ever the y coordinate is set that as the lowest number for the range.
You'd have to have a number of the same number like three threes or four fours, etc.
The range of pH values is 0 - 14.
The range is 13
Integers in the range 0-10. Squares in the range 0-10. Cubes in the range 0-10. Common elements are {0,1}
No because a graph is something that shows a range in data. The range can't be 0-0
3,3,4,2,1,3,3 3-3=0 range=0
Range = Maximum - minimum = 18 - 0 = 18
sqrt(x) Domain: {0,infinity) Range: {0,infinity) *note: the domain and range include the point zero.