No.Try to created a table or a graph for the equation:y = 0 when x is rational,andy = 1 when x is irrational for 0 < x < 1.Remember, between any two rational numbers (no matter how close), there are infinitely many irrational numbers, and between any two irrational numbers (no matter how close), there are infinitely many rational numbers.
The number line includes all rational numbers but also has irrational ones. It is the REAL number line. The square root of non-perfect squares are on it and pi is also on it and they are not rational.
Yes. It is a piece-wise function with the limit: lim{x->0}= 0 You graph both parts as two series of dotted lines since there are infinite rational and irrational possibilities
cyclomatic number of a graph is e.n+1 where e is number of edge of graph and n is number of node in graoh g
linear graph between an independent and independent variable
with numbers
No.Try to created a table or a graph for the equation:y = 0 when x is rational,andy = 1 when x is irrational for 0 < x < 1.Remember, between any two rational numbers (no matter how close), there are infinitely many irrational numbers, and between any two irrational numbers (no matter how close), there are infinitely many rational numbers.
on a graph that goes up to 4 only, In what quadrant is (25, -18)?
It's tempting to say a line (or possibly an edge) graph, but a line graph has two axes. Graph theory can get "abstractive" real quick. And we don't need all that "clique" stuff, do we? The counting numbers are the integers. They include all the positive integers and all the negative integers and zero. (That's three sets of numbers in the set of integers. And one of the sets, the set with zero in it, has only one member.) Let's try something a little different. We often talk about the real number line as a way to "graph" the integers. Heck, they're all there. So are all the other real numbers, but those counting numbers are still on the real number line. The source of the difficulty here may be that it is "unclear" to ask what type of graph is used to show the counting numbers instead of just saying, "What is used to show the counting numbers?" The answer to that question is usually a simple one. "We use the real number line to show the counting numbers."
The answer in a graph between the biggest number and the smallest number
The number line includes all rational numbers but also has irrational ones. It is the REAL number line. The square root of non-perfect squares are on it and pi is also on it and they are not rational.
Yes. It is a piece-wise function with the limit: lim{x->0}= 0 You graph both parts as two series of dotted lines since there are infinite rational and irrational possibilities
A discontinuous variable is a variable that has distinct categories. Blood type is a good example. You could be A, B, AB or O. This contrasts with a continuous variable such as height or weight, where there are an almost infinite number of possible values. Data for discontinuous variables is usually represented using a bar graph or pie chart, but never a scatter graph.
A bar graph looks like a lot of rods, one next to the other, each of different lengths. The length is determined by whatever it is that the graph is measuring. For example, if it's the number of people in a town whose height is between 4'0" and 4'6", and the number whose height is between 4'6" and 5'0", and between 5'0" and 5'6" and between 5'6" and 6'0", then there will be 4 bars in the bar graph, one for each height group.
cyclomatic number of a graph is e.n+1 where e is number of edge of graph and n is number of node in graoh g
a graph law graph shows the relationship between pressure and volume
linear graph between an independent and independent variable