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Methyl red is a redox indicator, it irriversibly changes from red to colorless-pale yellow when oxidised by excess of bromate ions.

5Br- + BrO3- + 6H+ --> 3Br2 + 3H2O

Q: What function does methyl red play in the experiment of 5Br- plus BrO3-?

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It is asking (for example) what is the use (function) of a hammer - it is to hit a nail and drive it into wood. --------------------------------------------------------------- "what is its function" (NOTE there is NO apostrophe EVER used in the word "its") means "what is it meant to do" - "what is it for" - "what role does it play as part of something else".

Caspases, also known as cysteine-aspartic proteases are a family or cysteine proteases that play an essential role in apoptosis, necrosis and inflammation. Capsases are essential in cells for apoptosis.

In statistics you have an experiment which will consist of one or more measurements. These measurements are converted to some statistic: it could be the sample mean, variance, maximum or something else. If you repeated the experiment, the value of this statistic would also change.If your hypothesis is true - whether in terms of the distribution or its parameters - and you repeated the experiment many times, you should expect the statistic to fall within the confidence interval (CI) in 95% of your trials. Even if the hypothesis is true, you should expect random variations to cause your statistic to lie outside the CI in 5% of cases.If you have a result that falls outside the 95% CI, it could be because you were unlucky and hit upon one of the 5% of rogue cases or that your hypothesis was incorrect. In this case you play the odds and conclude that your [null] hypothesis was incorrect.In statistics you have an experiment which will consist of one or more measurements. These measurements are converted to some statistic: it could be the sample mean, variance, maximum or something else. If you repeated the experiment, the value of this statistic would also change.If your hypothesis is true - whether in terms of the distribution or its parameters - and you repeated the experiment many times, you should expect the statistic to fall within the confidence interval (CI) in 95% of your trials. Even if the hypothesis is true, you should expect random variations to cause your statistic to lie outside the CI in 5% of cases.If you have a result that falls outside the 95% CI, it could be because you were unlucky and hit upon one of the 5% of rogue cases or that your hypothesis was incorrect. In this case you play the odds and conclude that your [null] hypothesis was incorrect.In statistics you have an experiment which will consist of one or more measurements. These measurements are converted to some statistic: it could be the sample mean, variance, maximum or something else. If you repeated the experiment, the value of this statistic would also change.If your hypothesis is true - whether in terms of the distribution or its parameters - and you repeated the experiment many times, you should expect the statistic to fall within the confidence interval (CI) in 95% of your trials. Even if the hypothesis is true, you should expect random variations to cause your statistic to lie outside the CI in 5% of cases.If you have a result that falls outside the 95% CI, it could be because you were unlucky and hit upon one of the 5% of rogue cases or that your hypothesis was incorrect. In this case you play the odds and conclude that your [null] hypothesis was incorrect.In statistics you have an experiment which will consist of one or more measurements. These measurements are converted to some statistic: it could be the sample mean, variance, maximum or something else. If you repeated the experiment, the value of this statistic would also change.If your hypothesis is true - whether in terms of the distribution or its parameters - and you repeated the experiment many times, you should expect the statistic to fall within the confidence interval (CI) in 95% of your trials. Even if the hypothesis is true, you should expect random variations to cause your statistic to lie outside the CI in 5% of cases.If you have a result that falls outside the 95% CI, it could be because you were unlucky and hit upon one of the 5% of rogue cases or that your hypothesis was incorrect. In this case you play the odds and conclude that your [null] hypothesis was incorrect.

The best way to play is to play to win.

Have sleepovers,play makeover,and play games

Related questions

Experiment with new skills

The independent variable in an controlled experiment is what you are changing

A Basketball's function is rooted in the game of basketball. It's function is to allow one to play basketball.

To play music.

to play soccer

Ball sack

To play DVD's

press F5(function key)

a proposal intended to explain certain facts or observations the hypothesis helps create the experiment. you have to know what you want as an outcome so you can modify the experiment so it all works out.

Yes unless they want to experiment

his function is to play music but it is used as asymbol of funeral

This would probably be an experiment given that there is no generally accepted result from playing music to a plant. Of course research design would play a hefty role in whether it's a valid experiment.