Variable Number Tandem Repeats (VNTRs) are more variable than other parts of DNA due to their repetitive nature, which makes them prone to mutations during DNA replication. The process of slippage during replication can lead to additions or deletions of repeat units, resulting in a wide range of allele lengths. This variability is further enhanced by the fact that VNTRs are often located in non-coding regions, where selective pressures are lower compared to coding regions, allowing more freedom for variation.
No, it has more variable conditions by most definitions. This is because it is unstable, with cold air at the top and warm air at the bottom. It also contains water vapor, which is vital to most forms of weather.
The group that is the same as the test group but does not include the test variable is referred to as the control group. The control group serves as a baseline for comparison, allowing researchers to determine the effects of the test variable by isolating it from other influences. This helps in assessing the impact of the test variable more accurately.
Band thickness relates to the amount of DNA present at that size. For example, if there were 5 fragments of 1000bp in length and 1 fragment of 2000bp in length, the band at the 1000bp spot would appear thicker than that at the 2000bp spot. This is because there are more fragments of DNA there. A band may also appear thick if there are fragments of a very similar length - giving the appearance of one thick band. For example, if there were fragments with the lengths; 95bp, 105bp, 110bp and 120bp - they may all occupy a very similar space and so appear as one band.
The variable that is being changed in the experiment is called the independent variable. The variable being tested is called the dependent variable. The constant is the one thing in the experiment that stays the same
The dependent variable is the rate of salt dissolution in the solution.
In any (well designed) experiment, there is one variable that the experimenter can control that affects one (or more) variables. The variable that the experimenter changes is called the independent variable. On the other hand, the other variable is dependent on the other for its change. Therefore, it is the "dependent variable."
The independent variable is one that does not depend on the other variable. A dependent variable "depends" on the other variable. Think about the distance traveled by a car over time. You have two variables in that, time and distance. Now think about which depends on the other. Does time depend on distance? No. Time will keep going even if the car stops. Does distance depend on time? Yes. The more time that goes on, the more distance is traveled. So distance is the dependent variable, because it depends on time. Time is the independent variable because it doesn't depend on distance.
A variable that depends on one or more other variables. For equations such as y = 3x - 2, the dependent variable is y. The value of y depends on the value chosen for x. Usually the dependent variable is isolated on one side of an equation. Formally, a dependent variable is a variable in an expression, equation, orfunction that has its value determined by the choice of value(s) of other variable(s).
When using the substitution method to solve a nonlinear system of equations, the first step is to isolate one variable in one of the equations, if possible. This allows you to express that variable in terms of the other variable. You can then substitute this expression into the other equation, transforming the system into a single equation with one variable, which can be solved more easily. Once you find the value of one variable, you can substitute it back to find the other variable.
dependent variable
Yes, you can have more than one variable
No, a controlled experiment can have more than one variable. However, in a controlled experiment, only one variable is intentionally changed (independent variable) to observe its effect on another variable (dependent variable), while all other variables are kept constant (controlled variables) to ensure the validity of the results.
The factor in an experiment that responds to the manipulated variable
some parts of the body, such as the face, contain more nerve receptors to carry sensations back to the brain than other parts of the body such as the heel of the foot.
They receive more direct sunlight than the other parts of the globe.
Changing only one variable in an experiment allows researchers to determine the specific effect that variable has on the outcome. This helps to isolate and understand the impact of that particular variable without the influence of other factors, leading to more accurate and reliable results.
320 VBR probably indicates "320 kbps" (how much data per second, on average) and "variable bit rate" (ability to earmark more data for more complex parts of the audio or video file, and less data for less-complex parts).