explore the relationship between the magnitude of buoyancy and the volume of discharged liquid

Scientific paper

ABSTRACT: (1 paragraph)

To begin with, our purpose of this experiment is to explore the relationship between the magnitude of buoyancy and the volume of discharged liquid; Learning the operation skills of physical experiments and mastering the application of control variable method.

INTRODUCTION: (0.5 – 1 page)

METHODS: (0.5 – 1 page)

In this experience, we need one spring dynamometer, a beaker, three different weight and water. From the spring dynamometer, we can clearly know what is the data of the grams and newtons. Three different of the weight can helps us measure the various data in order to get the result for this experience. First of all, we have to check whether the equipment is complete, the spring dynamometer is in good condition, and observe whether the pointer refers to the zero scale line. If it does not refer to the zero scale, it needs to be adjusted. In this experience, we need to find the point that is half of the weight. However, it will be difficult to make sure the exactly value of the half point because we only can use our eyes to determine the position and there is no numbers on the weight. Another disadvantage for our instrument will be that the beaker is not big enough for us to measure the different shape of the weight. The 1000G of the weight will be our maximize weight to measure in this experience.

RESULTS: (2-3 figures)

In this experience, we use three different weight to test whether or not the volume of an object in water affects buoyancy. First of all, we poured 200 liters of water into a measuring cup as the base of our experience. At first, we used 200G weight to measure the data. The force was 2N when the weight was not in the water. When we put the weight in half of the water, the force became 1.75N which decrease 0.25 and the force decrease 0.4 when the water cover all of the weight. We use 500G weight as our second item. The force decrease 0.5N when we cover half of the weight and decrease 1N when the water cover all of the weight. The last, we use 1000 G weight which is the heaviest weight we measure in this experience. The force decrease 1.5N when half of the weight got cover and decrease 2N when the weight completely got cover.

https://lh3.googleusercontent.com/tR9Rxvj3VP-iHmIjeWkNB9KxfVor5KLIqweseUZtwQ9n6hGNcO8xo0Bh53MGaa5OwzjO1OmBnnvGJwM0X8CexmmisgdtHjKbBVf3wUgNtDvsuxB5VY_OOFI03rZ5HCSw56pPaONv
https://lh4.googleusercontent.com/0hfvIkSBJfjl31FgT8wXabPS6qm8_fjfaI9p0hlnyz4zJuVLO0IJAqlDzzqYZgP78Wdqu4JMgVZKgenEf618-BXuwnklItQuhtYJbUq1Ag4vdh3es6D5E3WcULS4tSpAgpJN2ipA
The mass of the weight 200 G 500 G 1000 G
Without any water 2N 5N 10N
Water cover half of the weight 1.75N 4.5N 8.5N
Water cover all of the weight 1.6N 4N 8N

DISCUSSION: (~1-2 pages)

CONCLUSION: (0.5 – 1page)

After doing this experience, I understand the relationship between the magnitude of buoyancy and the volume of discharged liquid. However, there are few things that I would’ve done differently. First of all, we didn’t have the exactly value about the half point of the weight. This will defenelity influence the data that we got. Therefore, it is the consideration that I should improve in this experience since having the correct data is the essential part in the experience. Secondly, because of the the restriction on the size of the beaker, we couldn’t have the chance to do the more diversified types of weight. According to the experience, we already know that the weight will affect the buoyancy. However, we are also curious about whether the shapes of the weight will makes the data differently. Therefore, we left a question about the relationship between the different shapes of the weight and the buoyancy.

 

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