The advantage of using a graph is being able to give more evidence of your work.
The disadvantage is there being a possibility of data being in between the plotted points, that you may not even realize.
Sometimes, with two variables, X and Y, you may have a causal relationship which means that a change in one variable, X, will cause a change in the other, Y, but there is no causal relationship in the other direction. In such a case X is the independent variable and Y is the dependent. For example, if you are studying the age and height of young children, both variables increase together: the older the child is the taller it is. The causal relationship is clear: the age of the child affects its height. Even though there is a clear correlation, the height of a child does not cause it to become older. Sometimes you can have two variables that are interdependent so that neither is independent. One possible example, from economics, is profit and capital investment. Higher profits should result in higher investment while higher investment should result in higher profits. Which one is the cause and which one the effect? You can also have a situation where two variables, which are correlated, but neither is dependent on the other: both are dependent on some other variable. For example, in the UK, sales from ice cream vans are correlated with seaside swimming accidents. Eating ice cream does not cause swimming accidents, nor do people who have had swimming accidents console themselves with ice cream. These two dependent variables are associated with the [hidden] independent variable: warm weather (or temperature).
what factors or variables can you change in ballow powered race car
How about: 'unknowns'
K is the number of independent variables.
Description. Authors are justified in describing a phenomena. They may note certain variables that occur earlier in time appear to be (i.e., might be) related to variables that occur later, but this design does not justify causal statements.
Advantages: you can see an exact number. Disadvantages: you cannot see the changes between intervals.
advantages: its easier to figure out or look at exact numbers disadvantages: its harder to see the change between intervals
The answer: Advantages: you will be able to see the exact numbers. Disadvantages: you wont be able to see were they would go on a graph
just my guess :Padvantages: nonedisadvantages: it is hard to see the exact numbers and the change between intervals
just my guess :Padvantages: nonedisadvantages: it is hard to see the exact numbers and the change between intervals
The advantage is being given a straight answer, but in a graph it doesn't give you a straight answer, because there is a possibility of data being in between the plotted points.
ADVANTAGES Shows relationship between two variables best method to illustrate a non-linear pattern.
ADVANTAGES Shows relationship between two variables best method to illustrate a non-linear pattern.
Advantages: You can collect the correct data in words rather than in numbers. Disadvantages: Sometimes you can't find all the data when it is written.
The advantage is knowing what you are writing about, and why. The disadvantage is not doing the research,and not knowing what you are supposed to be writing about.
Advantages: You can see the distance between the intervals in the graph more easily because you can see how far the plots are away from each other by connecting the w/ lines. Ex you had 5 on a graph and you had 12 after it there is an interval of 8 in between so you can visually see how far apart the numbers are. Disadvantages: It is harder to see the exact number on the graph ex: so if the number was 3 and you didn't have 3 on the y axis it would be hard to see the exact answer because you didn't have it plotted. :)
disadvantage - less control over variables