Question

In: Physics

Please find an Oversized volumes of objects that are too big for the vertical scale differences...

  • Please find an Oversized volumes of objects that are too big for the vertical scale differences they represent graph

Solutions

Expert Solution

If the scale of your graph does not start from zero they could therefore be misleading.
In this case you could get a graph that is not of any standard size or even shape.
Thus,the oversized volumes of the object will be too big for the vertical scale difference that they represent.
In the above graph shows the number of summer days at a particular place in  the consecutive years 2007 and 2008.

Notice that, both give us the same data.The graph that is drawn towards the right side however makes the changes look much bigger than what it is actually.This is because on the left graph,I have not started the verrtical axis from zero.


Related Solutions

If you saw the movie “Too Big to Fail” and please provide a summary essay of...
If you saw the movie “Too Big to Fail” and please provide a summary essay of the movie and the economic issues it addresses. You must reference the Principles of Economics and appropriate terminology learned in the course to summarize the movie. Discuss your own opinions and draw your own conclusions about the outcome of the crisis in the movie. Your summary essay must be a minimum of 750 words and use proper spelling, grammar and punctuation.         
Post a citation and a short summary of the article you find about "Banks too Big...
Post a citation and a short summary of the article you find about "Banks too Big to Fail" Describe the problem from the standpoint of how concentration of market power in very large banks affects the overall economy. Make observations regarding how this affects individuals and businesses.
financial reform: Too Big to Fail
financial reform: Too Big to Fail 2) Outline the main issues for this challenge. Briefly describe why this challenge so important for financial reform Offer your reflections on this challenge. These reflections need not be developed with argument and evidence. Just explain what you think, what questions you have, or reflect on what you have learned. Or, if you have an argument, please advance it, and do your best to articulate your evidence.
"Too big to fail financial institutions are both beneficial and harmful to the global economy." Please...
"Too big to fail financial institutions are both beneficial and harmful to the global economy." Please explain how is the above statement true and why? Provide some detailed examples as part of your argumentation. (200 - 500 words should be enough to provide a complete answer)
A vertical scale on a spring balance reads from 0 to 200 N. The scale has...
A vertical scale on a spring balance reads from 0 to 200 N. The scale has a length of 10.0 cm from the 0 to 200 N reading. A fish hanging from the bottom of the spring oscillates vertically at a frequency of 2.05 Hz.Ignoring the mass of the spring, what is the mass m of the fish?
Is AIG too big to fail? 250 words
Is AIG too big to fail? 250 words
please write short summary of “too big to fail”(Andrew Ross), according to first 2 chapters
please write short summary of “too big to fail”(Andrew Ross), according to first 2 chapters
What are the costs and benefits of too-big-to-fail policy?
What are the costs and benefits of too-big-to-fail policy?
What are the differences between vertical integration and vertical FDI flows? ( In relate to Krugman's...
What are the differences between vertical integration and vertical FDI flows? ( In relate to Krugman's International Economics Theory and Policy )
Vernier scale. The figure below shows a scale found on instruments such as a micrometer caliper used for accurately measuring dimensions of objects.
Vernier scale. The figure below shows a scale found on instruments such as a micrometer caliper used for accurately measuring dimensions of objects. The lower scale slides along the upper scale and is used to interpolate between the markings on the upper scale. In (a) The reading (at the left-hand 0 of the lower scale) is between 1.4 and 1.5 on the upper scale. To find the exact reading, observe which mark on the lower scale is aligned with a...
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT