Pivot Tables are an easy and organized way to keep records of numerical data without creating an entire new table for every new data. Below are a few examples of pivot tables. If someone does not know how to begin creating a pivot table, there are numerous tutorials on the internet to explain the process step by step.
The deck of 52 cards can be placed in a pivot table based on its colors, signs, and numbers.
Pivot tables are used by business owners like pizza restaurants to keep record of its daily sales for a week, months, or years.
Insurance Policies use Pivot Tables to keep record datas for different states, years and geographical location within each state.
Comparing numbers is another form of collecting data in order to support the outcome of a debatable topic. For example with the 2020 presidential election, each state compared numbers in not only the votes given to each candidate but also how the electoral college could factor in the results of the election.
News stations even compared numbers in regards to the 2016 and 2020 election.
While comparing numbers is useful in data collection it does not supply you with all factors behind situations. In research you should compare numbers as well as other methods of research.
Visualizing Health is a very valuable website and is useful for making health infographics. This website categorizes visualizing health and makes it easier for consumers to navigate through, as well as provides users with visuals that can be easily understood.
This website also features a unique searching tool called “The Wizard” that helps you narrow down your search within the sight.
Personally, for me, with the help of the Wizard, I found out information about my own health that I can stay informed on. In detail this website provided me with simple visuals that made it easy to understand.
Energy consumption is a major issue in the United States that spans across multiple topics, from the oil industry’s environmental impact to the debate over alternative sources such as nuclear power and hydro dams. Yet, most Americans are largely unaware of how much energy gets consumed daily, focusing more on where the energy comes from.
The National Academies of Science, Engineering, and Medicine compiled a Sankey chart depicting America’s energy usage in 2014. Much to my surprise, about 60 percent, or 59.4 quads, of generated energy went unused. Clicking on each point in the Sankey chart brings up a tooltip containing details about each source and how much energy gets used.
Unsurprisingly, petroleum products were the largest energy source in 2014, primarily used in industry and transportation. The second and third-largest energy sources were natural gas and coal, both of which were converted into electricity to power residential homes, commercial and industrial businesses.
Nuclear energy is possibly the most controversial alternative energy source due to its implications in disaster events (Chernobyl in 1986, and Fukushima Daiichi in 2011) and the nuclear arms race. As the tooltip states, nuclear energy provided one-fifth of the nation’s electricity. While they don’t create any carbon emissions, radioactive waste from the power plants is still a health hazard. Additionally, opponents of nuclear power cite the potential for these power plants to be weaponized or targeted by terrorists if the health risks involved in handling radioactive materials aren’t enough to raise concern.
I will Start of by saying I am very biased toward this style as a STEM major. I this style of info-graphic is reminiscent of of wiring and circuitry.
The fact that you can expand more information by clicking on any certain ‘wire’ and have it highlighted is beautiful and brilliant engineering. in my opinion that is the goal and the utmost peak of an info-graphic or a data story: to be visually engaging and, to educate.
The amount of thought, ingenuity, and information is astounding. Almost no wasted space while not being overly complex and cluttered.The data story and flow is awesome. Even the dial is interactive.
There is also sources and contact info IN THE SLIDES rather than crammed at the end in a sources page. Which in fine for academic purposes, but realistically you should give credit in the same breath as the when you give the information, especially in this day and age.
Note the ‘Source Material’ tab Notice the ‘About’ link, and various other information.Engaging quiz, definition tabs for people who may not know certain words, academic press link. More and more useful information.
A critique I do have is that, even though it’s only one, they used a pie-chart. There are more beneficial ways of relaying this information, but it’s not as bad as most cases and only used as a comparison. You can completely ignore this pie-chart and you would have not missed out on the information so it does it’s purpose of looking pretty, at least.
The above Visual was a really great way to show the different energy sources in the United States and their uses. It was interesting to learn the energy sources in a further depth, the diagram was interactive and very useful. The most interesting fact I found was that, “Coal dominates the region’s energy flow, representing more than half its total energy supply, the greatest contributor to electric power production.” I was unaware and thought oil was a greater contributor in the United States.
The united states estimated Energy usage was about 1920 trillion Btu which is a extremely large amount but the fact that California is 7137 trillion Btu alone is astronomical. Oil is a much larger source in California then coal, which is interesting.
Overall, the site was very interesting and informative. It surprised me with many facts I was unaware of.
The Sankey website provides visuals to educate viewers on our energy systems. This website begins by displaying the flow of energy in the U.S. through interactive visuals. I clicked on the tab “Our energy system,” to see the overview and layout of information provided. Below, is an interactive chart that is displayed on the Sankey website. It shows how much of each type of energy is used, providing details upon clicking each link. Oil is the most common energy source. This visual can be easier then reading a piece of text, because it shows exactly where things go. The colors may help trigger the memory and draw the viewer in.
I clicked on “electricity.” As you can see below, a text box pops up, providing information that they want you to know regarding electricity. From this text box we can gather than electricity is secondary energy that is derived from other energy sources. This website gives you the ability to click on any word displayed below, following a textbox, that will provide you with more information about it. I really liked this tool and thought it was a fun and interactive way to retain information.
Below are two other tabs on the Sankey site that provide information about our energy system based on location. As you can see, in MD, OH, PA and WV region, coal is the most popular energy source. In California, oil is the most popular energy source.
After further exploration of this site, I found visuals displaying information regarding energy at home and energy on the road. Pictures and visuals definitely drew me in, making it easier to process what is being explained.
Lastly, I learned about the history of electric lighting. This is an interactive timeline, providing a picture, date, and facts. I find interactive charts and timelines to be very fun. They help you remember what you are reading.
Overall, I thought Sankey was a fun, interactive site, teaching about our energy system in a way that was very visual. This site provided information about the uses, costs, sources, and efficiency of our energy system. I really like the way this data was displayed.
I really enjoyed this website. The interactivity alone was awesome, paired with the interesting data. The energy chart was really to navigate and understand.
Each of the colors represented the forms of energy really well and puts a lot of our energy production into perspective. As you can see, Oil (In Red) is represented as the largest because it’s one of our main forms of producing energy for transportation.
Clicking on each stream will give you facts about the energy you’re interested I researching and it will then conduct you to the next part in which this certain material is used in the energy making process. In this specific instance, coal is mainly used to produce electricity.
I like that I am able to interact with each element and get more information on that element. This is good for an audience that is being newly introduced to the topic. The chart has other versions focused on specific areas, which is most useful for those audience members. That was a good way to target specific people.
I’ve never paid attention to “lumens per watt” but I most likely will after reading this. Good use of icons and a quick comparison tool. This explains the difference between energy efficiency and brightness output.
A simple timeline with icons showing how electric lighting technologies have evolved over the years since its inception in 1879. I like this data narrative. It is clean, fast, and enlightening. I thought those bulbs created in the 1990s were invented in the early 2000s, for example.
This is a nice attention-grabbing graphic. The red adds to the loss effect of energy. The bold text could have been more descriptive or to the point.
This was a neat interactive tool that was included to see how energy efficiencies compared. I think that the author of this data story did a good job of allowing the audience to interact and become more engaged. Diving deep into car comparisons helps to pique the audience’s interest because a lot of the audience is probably drivers.
This site was very informative for me, I had actually never taken the time out to look at how our energy is distributed, nor what actual sources we use.
The photo above shows an overview of our energy system, I think this was a great visual, I loved how I was able to interface with it.
One thing that really caught my attention was geothermal, seeing this caused me to do more research on the subject. Although the US uses a small amount of this form, the State of California uses much more of Geothermal as a whole .
Overall, I loved the visualizations, I think that one improvement that I would’ve made sure that even the simplest mind could understand what the numbers meant. Other than that I think it was very informative, and left an impression on me to want to learn more about energy in the United States.
