well, for starters the independent variable is the one that "I" change, which is you.
so the things that you changed would the environment each bananas were put in or the type of banana etc
REMEMBER:ReaDY MIX.....it helps me every time... MIX stands for Manipulated Independent X-axis......so the answer would be:Independent....hope this helps!:D Actually since the manipulated variable is independent the the factor that would change would be the responding variable which is the dependent variable so the answer would be: Dependent or Responding Variable
No I asked this question
Your question needs clarification
A cyclone rotates faster and faster as pressure differences between areas of low and high pressure increase.
by the water coming then the soil would become fertile soil so then plants can grow faster in the fertile soil. thank you for your question by permeability
Dependent variable: growth of crystals Independent variable: temperature.
The independent variable is what you are changing to get the results. In this experiment, the different types of cheeses are the independent variables. The dependent variable is your result. Therefore the dependent variable is what cheese grew mold faster. The independent variable would be the amount of time you put the cheese out for and the dependant would be the amount of mold growing at the end of each time.
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weird question! but banana, provided the temperature and other conditions are same.
The independent nariable of does a nail rust taster is coke or pepsi due to the presents of Oxygen
An independent variable is the variable you can change in an experiment. On a graph, it's on the X-axis. A dependent variable is the result of changing the independent variable. It is literally dependent on it. The dependent variable goes on the Y-axis.
It will rot Faster inside because the CO2 level will build up faster than the one out side so are you happy now i answered your question thank you for reading this.
If you change more than one independent variable and your dependent variable changes, you wont know which independent variable caused the change to occur. eg - If I change something will I run 100m faster. So your dependent variable is the time it takes to run 100m If you have 2 independent variables (shoes and surface run on), you might run first in tennis shoes on grass then in football boots on tarmac. Now say you ran faster the second time, you wont know if you ran faster because you were wearing boots, or if you ran faster because it was on tarmac or because of some boots-tarmac combination. That's why you only change one independent variable. Aim: Does changing X effect Y (only change X; only measure Y)
If you change more than one independent variable and your dependent variable changes, you wont know which independent variable caused the change to occur. eg - If I change something will I run 100m faster. So your dependent variable is the time it takes to run 100m If you have 2 independent variables (shoes and surface run on), you might run first in tennis shoes on grass then in football boots on tarmac. Now say you ran faster the second time, you wont know if you ran faster because you were wearing boots, or if you ran faster because it was on tarmac or because of some boots-tarmac combination. That's why you only change one independent variable. Aim: Does changing X effect Y (only change X; only measure Y)
It's what you change to do your experiment. Say your doing an experiment like my friend Kristen Maxine Rogers is doing: Does air temperature affect how long soap bubbles last, her independent variable would be the different temperatures.
The independent variable is "conditions that influence the rate of the melting of ice", or something perhaps worded a little better. See the link.
It rots faster in the light.