Do people prefer higher priced chocolate bars considered a Science Experiment?

I plan to test one low, med and high priced chocolate to 10 blind folded taste testers.

My mom doesn't think this is science?

ummmm im not sure but do you want this questioned answered as a problem?

p.s. yes it is science because you are testing if the price has to do with the concentration of certain ingredients like cocoa

Hi, Sorry...my question is

Do people prefer higher priced chocolate?

So going to have people taste test 3 chocolcate low price, medium and high price. Have them pick which one they like 1st, 2nd and 3rd. My prediction is people will like the higher priced chococlate because the reason it is higher priced is the quality of the cocoa beans and the way it is processed.

I think this is an excellent science project -- but the ultimate expert is your teacher.

Please make sure you have a large enough sample -- at least 20 people -- and more if possible.

Another tip. With this type of study it is worth thinking in advance what you will do with the results. Are you going to compare for example male v female and/or age ranges? These will have an impact on how large your population size needs to be which I think Ms. Sue was getting at.

Determining whether people prefer higher priced chocolate bars can be considered a scientific experiment, particularly if it follows a systematic approach. Here's how you can turn this into a scientific experiment:

1. Define your hypothesis: Clearly state what you expect to find. In this case, you could hypothesize that people are more likely to prefer higher priced chocolate bars.

2. Identify your variables: The independent variable is the price of the chocolate bars (low, medium, and high), while the dependent variable is the preference of the taste testers. You may also want to consider any control variables, such as the type of chocolate, size of the samples, and the order in which they are presented.

3. Select your sample: Consider how you will choose participants who represent your target population. Ten blindfolded taste testers can be an appropriate sample size, but try to ensure that they are a diverse group, if possible, to account for individual preferences.

4. Design the experiment: Randomize the order in which the chocolate samples are presented to each tester to avoid any bias. Make sure they are blindfolded throughout the tasting process to eliminate any visual cues.

5. Collect and analyze data: Create a survey or scoring system for the taste testers to rate their preference for each chocolate sample. Compile the responses and analyze the data to determine any patterns or trends.

6. Draw conclusions and communicate results: Analyze your data and compare the preferences for each price range. Assess whether the preferences align with your hypothesis. Make sure to present your findings in a clear and objective manner.

Regarding your mom's perspective, it's possible she is questioning the scientific rigor of the experiment. By following the steps above, you can ensure you approach the experiment scientifically and make valid conclusions based on empirical data.