nobody
In a given constellation, the first variable stars discovered were designated with letters R through Z The current naming system is:- * Stars with existing Greek letter designations are not given new designations. * Otherwise, start with R and go through Z. * Continue with RR...RZ, then use SS...SZ, TT...TZ and so on until ZZ. * Use AA...AZ, BB...BZ, CC...CZ and so on until reaching QZ, omitting J in both the first and second positions. * Finally give up on the Roman alphabet after 334 combinations of letters and start naming stars with V335, V336, and so on.
The first people to navigate by the North Star and the Big Dipper were likely early seafarers, such as Polynesian navigators and ancient sailors. By observing the position of the North Star (Polaris) and the orientation of the Big Dipper, they could determine their direction and navigate accurately over long distances.
The first star is closer to the earth than the second. The exact distances will depend on how large the angles are and also how far the star is away from the perpendicular to the earth's ecliptic. In any case, the distances will depend on trigonometric ratios and the distance to the first star will not be one tenth the distance unless the angles are very small.
It is believed that the ancient Chinese were among the first to use kites, possibly around 3000 years ago. They used kites for various purposes such as signaling in military operations, measuring distances, and as a form of entertainment.
You can determine which variable that goes on the x axis on a line graph by checking the number that comes first in a set of pair or from table, e.g [2,4]. 2 will be on the x axis because it is the first number in the pair
First join the points and find their respective distances and then just use the Pythagoras Theorem
You cannot. You can determine the third variable if two are given but not determine two when given only one. You have to find some other way to first determine volume or density.
The high is power of either variable is the first
Independent variable
There are two regression lines if there are two variables - one line for the regression of the first variable on the second and another line for the regression of the second variable on the first. If there are n variables you can have n*(n-1) regression lines. With the least squares method, the first of two line focuses on the vertical distance between the points and the regression line whereas the second focuses on the horizontal distances.
you first look at the varaibles and their power if there is more than one variable then you will have how ever many variables there are that's how many separate answers there will be also, if you have a number to the power or 2 then there will be two answers for that ONE variable... if you have a number to the power of 8 then you will have eight answers for the one variable.
Independent variable(manipulated variable) is a variable that is changed delibertly by the experimentor. *most of the time the first part of a projects question is the independent variable.
independent
There is nothing stating what a cause variable is. A casual relation between two events exists if the occurrence of the first event causes the outcome of the other. This is also known as cause and effect.
The independent variable typically goes on the x-axis and the dependent variable goes on the y-axis in a line graph for science.
because it can change according to the independent variable. this dependent variable depends on the independent variable for its output. the independent variable is not affected by the dependent variable because the independent variable if found out first.