See: http://stattrek.com/AP-Statistics-4/Paired-Means.aspx?Tutorial=Stat Usually referred to as the "match paired t-test." It is comparing the mean of two samples, but the data in first sample is paired with the data in the second sample, for a more logical comparison.
Diploid~!~ :)
In situations where there is a logical tie between the data we use a matched pairs experiment • In this experiment we match an observation in one sample with an observation in another • The match is created due to the logical tie they share. • Ex. Studying salaries of marketing and finance majors with similar GPA's - the logical connection is similar GPS's, the data we are pairing is salaries.
Assuming the 36 numbers are all different, there are 36*35/2 = 630 pairs.
Ordered pairs are used for many things. Anytime you graph a point on a cartesian coordinate system, you have an ordered pair. In fact, all of R^2 is made up of ordered pairs. When you put a value in a function and get one out, you have an ordered pair
1x20 2x10 5x4
Matched Pairs involves participants being selected for one group only but part of each group are matched for some relevant factors eg) age, gender, height. Kiecolt Glaser did a matched pairs experiment in 1995.
23 pairs
Diploid~!~ :)
basically population and such :) =)
the gene's alleles are found in matched chromosome pairs
Nucleotide base pairs are miss matched
Installing RAM in matched pairs speeds up the performance of certain applications. When it's a requirement, as in computers with the Mac G5 chip(s), the computer will not function properly without matched pairs of RAM chips.
inside the nucleus of cell indicate the organism is diploid.
four, well two pairs of angles (they're matched
The hydrogen bonding across to the nitrogen's lone pairs in each match is strong enough in a correctly matched pair to hold the DNA molecules together.
None.
The matched subject because the experiment involves pairs which halves the df.