Each animal's individuality.
The dependent variable in this experiment is the percent weight gain of the rats. This variable is measured to assess the effect of the independent variable, which is the type of food (french fries or corn) that the rats are fed. The percent weight gain allows researchers to quantify the impact of the different diets on the rats' growth.
The Weight Change.
The independent variable would be the weight of the vehicles being investigated. This is the variable that is intentionally changed or manipulated by the researcher in order to observe its effect on the speed of the vehicles, which would be the dependent variable.
An independent variable - if there is one - goes on the x- axis. There may not be an idependent variable: for example in a graph of peoples' height v weight (mass).An independent variable - if there is one - goes on the x- axis. There may not be an idependent variable: for example in a graph of peoples' height v weight (mass).An independent variable - if there is one - goes on the x- axis. There may not be an idependent variable: for example in a graph of peoples' height v weight (mass).An independent variable - if there is one - goes on the x- axis. There may not be an idependent variable: for example in a graph of peoples' height v weight (mass).
The independent variable is the amount or type of exercise that the participants engage in. The dependent variable is the participants' weight measurements.
The soil would be a controlled variable. The amount of light is the independent variable. Plant weight is the dependent variable.
Typically in an experiment there will be one or more conditions that are varied while one or more other conditions are monitored and measured. The first type of condition is considered the independent variable, while the second type, the type you measure while varying the first, is called the dependent variable. For example, you might vary the weight of the mass at the bottom a pendulum while measuring the period of the pendulum when it is swung. The weight of the mass is the independent variable while the period is the dependent variable in this case.
Typically in an experiment there will be one or more conditions that are varied while one or more other conditions are monitored and measured. The first type of condition is considered the independent variable, while the second type, the type you measure while varying the first, is called the dependent variable. For example, you might vary the weight of the mass at the bottom a pendulum while measuring the period of the pendulum when it is swung. The weight of the mass is the independent variable while the period is the dependent variable in this case.
The variable of the experiment that is being tested or the part that is changed by the person doing the experiment is called the independent variable... Thank you for letting me answer goodbye... ;)
Yes The independent variable is also known as the manipulated variable. In an experiment where you need to test different objects, the independent variable would be the different objects.
it is anything you can experiment on in you project The variable in the experiment allow you to test alternate possible situations and solutions to confirm the validity if the experiment or to disprove it.
A measured variable is a quantity or attribute that can be quantitatively assessed or determined using a measuring instrument. It provides numerical information about a specific characteristic or property of a system, process, or entity. Examples include temperature, weight, time, and distance.