How Many Nanometers in a Meter

How Many Nanometers in a Meter SAT / ACT Prep Online Guides and Tips If you’re interested in studying a field such as biology or computer engineering, knowing how to convert nanometers to meters (or nm to m) will be a vital skillto have. In this guide, we'll go over exactly what a nanometer is and what it measures. We’ll then give you three methods you can use for converting nm to m. Finally, we’ll provide you with a chart that shows various conversions from nanometers to millimeters, centimeters, decimeters, and more. What Is a Nanometer? A Meter? Nanometers and meters are both units of measurement that are used to measure length. A meter (m) is the basic unit of length in the International System of Units, or what is typically known as the metric system. One meter is equivalent to approximately 3.28 feet in the Imperial system, which is used in the United States and a smattering of other countries. A nanometer (nm) is equal to one-billionth of a meter.Theprefix "nano" literally means one-billionth. Written out, one nanometer looks like 0.000000001 m (that’s nine zeros!). It can be a little long to write out fully, though, so another option is to use exponents. A calculator will most likely show you1e-9for one-billionth, meaning1 * 10-9. So if you’d rather write out one-billionth using exponents, you could do 1 * 10-9, or even just 10-9. To help you understand the relationship between nm and m, let’s look at an analogy provided by the National Nanotechnology Initiative: "If the diameter of a marble [were] one nanometer, then [the] diameter of the Earth would be about one meter." That’s a gigantic difference and goes to show just how much bigger one meter is compared to one nanometer! What Are Nanometers Used to Measure? One nanometer is so small, it’s invisible to the human eye.Nanometers are generally used to measure microscopic things, both man-made and natural, such as molecules, atoms, and the tiny components used in computer processors. Your fingernails grow about 1 nm each second. That’s around 86,400 nm each day- but that’s still such a small length that you wouldn’t even notice it! Still not understanding just how small a nanometer really is? Imagine a ruler. You probably have a decent grasp of how big a centimeter is. Remember that 10 millimeters fit into one centimeter, so millimeters are already pretty small. Now listen to this: there are one MILLION nanometers in just one millimeter! The following chart will give you a better idea of how many nanometers there are in various things you can (and cannot!) see with the naked eye in the world around you: Specimen Length in Nanometers Dust mite 200,000 nm Sheet of paper (thickness) 100,000 nm Human hair (thickness) 80,000-100,000 nm Red blood cell 7,000-8,000 nm Bacterium 2,500 nm Nanoparticle (diameter) 4 nm Human DNA (diameter) 2.5 nm Atom 0.1-0.2 nm 3 Methods for Converting Nanometers to Meters There are a few ways you can convert nm to m. We go over each of these below. Method 1: Set Up a Conversion Equation The first conversion method is to set up an equation. Recall that 1 m is equivalent to 1,000,000,000 nm. To use this nm-to-m method, you’ll want to write this as a fraction: $${1 \m}/{1,000,000,000 \nm}$$ Let’s say you were given a measurement of 12,358 nm. To convert this to meters, all you need to do is multiply the measurement in nm by the conversion factor (the fraction above). Here is what this would look like written out: $$12,358 \nm=12,358{1/1,000,000,000}$$ $$12,358 \nm=0.000012358 \m$$ If you wanted to convert a measurement from m to nm, simply flip the conversion factor upside down so that it looks like this: $${1,000,000,000 \nm}/{1 \m}$$ Because the denominator is 1, this fraction is the same as 1,000,000,000. Therefore, you canjust multiply your measurement in m by 1,000,000,000 to get its conversion in nm. Method 2: Move the Decimal Another method you can use for converting nm to m is moving the decimal over.Nanometers and meters are based on units of 10 (like the whole of the metric system), so converting between units is really about moving the decimal. Because 1,000,000,000 nm equals 1 m, converting from nanometers to metersconsists of simply moving the decimal point to the left nine places. Let’s look at an example. Say you have a dust mite that is205,449.13 nm in length. To convert this measurement to meters, all you have to do is move the decimal point to the left nine places: By doing this, you should get the following: $205,449.13 \nm=0.00020544913 \m$ If you have a whole number, such as 682 nm, the decimal point will be after the last number (think of it like 682.0 nm), so you’ll start from there before moving it to the left nine places to get your conversion, which in this case would be 0.000000682 m. Method 3: Use an Online Conversion Tool The final nm-to-m conversion method you can use is an online conversion tool. Many websites offer free conversion tools you can use to quickly and accurately convert a certain measurement from nanometers to meters. All you need to do is input the measurement in nm and you’ll be given the conversion in m instantly. Available conversion tools we recommend using include The Calculator Site, which offers a helpful reference chart, and FormulaConversion.com, which lets you see the conversions right as you add, subtract, and/or change numbers. You can use any online nm-to-m conversion calculator, just as long as it’s accurate. If you’re not sure whether the answer the tool gives you is correct or not, try one of the two methods above to double-check your answer. Can you figure out how many nm are in 20 km? How Many Nanometers Are in a Meter?In a Kilometer? It's definitely helpful toknow how to convert nm to m, but what about converting nanometers to centimeters? To micrometers? To kilometers? The following chart gives a brief overview of various conversions, all the way from nm to km: Measurement Conversion in Nanometers 1 kilometer (km) 1,000,000,000,000 nm(one trillion) 1 hectometer (hm) 100,000,000,000 nm(one hundred billion) 1 decameter/dekameter (dam/dkm) 10,000,000,000 nm(ten billion) 1 meter (m) 1,000,000,000 nm(one billion) 1 decimeter (dm) 100,000,000 nm(one hundred million) 1 centimeter (cm) 10,000,000 nm(ten million) 1 millimeter (mm) 1,000,000 nm(one million) 1 micrometer (ÃŽ ¼m/um) 1,000 nm(one thousand) 1 nanometer (nm) 1 nm What’s Next? Trying to study for SAT Math? Then take a look at our expert guide to the SAT Math section and learn how you can get a perfect score on it. Curious about how Celsius converts to Fahrenheit? Our in-depth guide walks you through the #1 trick to know so that you can quickly convert between these temperature units. How do you convert decimals to fractions? And what about cups to quarts? Read our guides to learn all the tips and tricks out there!

Sauroposeidon - Facts and Figures

Sauroposeidon - Facts and Figures Name: Sauroposeidon (Greek for Poseidon lizard); pronounced SORE-oh-po-SIDE-on Habitat: Woodlands of North America Historical Period: Middle Cretaceous (110 million years ago) Size and Weight: About 100 feet long and 60 tons Diet: Plants Distinguishing Characteristics: Extremely long neck; massive body; small head About Sauroposeidon For years, pretty much all we knew about the fancifully named Sauroposeidon derived from a handful of cervical vertebrae (neck bones) unearthed in Oklahoma in 1999. These arent just your garden-variety vertebrae, thoughjudging by their massive size and weight, its clear that Sauroposeidon was one of the largest herbivorous (plant-eating) dinosaurs that ever lived, outclassed only by the South American Argentinosaurus and its fellow North American cousin Seismosaurus (which may well have been a species of Diplodocus). A few other titanosaurs, like Bruthathkayosaurus and Futalongkosaurus, may also have outclassed Sauroposeidon, but the fossil evidence attesting to their size is even more incomplete. In 2012, Sauroposeidon underwent a resurrection of sorts when two other (equally poorly understood) sauropod specimens were synonymized with it. The scattered fossils of Paluxysaurus and Pleurocoelus individuals, discovered near the Paluxy River in Texas, were assigned to Sauroposeidon, with the result that these two obscure genera may one day be synonymized themselves with the Poseidon Lizard. (Ironically, both Pleurocoelus and Paluxysaurus have served as the official state dinosaur of Texas; not only may these be the same dinosaur as Sauroposeidon, but all three of these sauropods may also have been the same as Astrodon, the official state dinosaur of Maryland. Isnt paleontology fun?) Judging from the still-limited evidence available, what set Sauroposeidon apart from other enormous, elephant-legged, small-brained sauropods and titanosaurs was its extreme height. Thanks to its unusually long neck, this dinosaur may have towered 60 feet into the skyhigh enough to peek into a sixth-floor window in Manhattan, if any office buildings had existed during the middle Cretaceous period! However, its unclear if Sauroposeidon actually held its neck to its full vertical height, as this would have placed enormous demands on its heart; one theory is that it swept its neck and head parallel to the ground, sucking up low-lying vegetation like the hose of a giant vacuum cleaner. By the way, you may have seen an episode of the Discovery Channel show Clash of the Dinosaurs stating that Sauroposeidon juveniles grew to huge sizes by eating insects and small mammals. This is so far from accepted theory that it seems to have been completely made up; to date, theres absolutely no evidence that sauropods were even partly carnivorous. There is, however, some speculation that prosauropods (the distant Triassic ancestors of the sauropods) may have pursued omnivorous diets; perhaps a Discovery Channel intern got his research mixed up! (Or perhaps the same TV network that enjoys making up facts about Megalodon simply doesnt care whats true and whats false!)

Employee relations Essay Example | Topics and Well Written Essays - 5000 words

Employee relations - Essay Example The model they suggest is a partnership between labour and management that would result in a â€Å"high performance workplace with mutual gains for both the organisation and workers.† (Betcherman et al., 1994; Guest, 1995 and Verma, 1995 cited in Bratton et al. 1999: 334). Any changes that sweep society in the economic, social and political fields, not to speak of technological advancements will have inevitable consequences in the employer-employee relationship. Consequently, in Britain, mass unemployment of the 1980s and various legislations that curtailed union activities have had a marked effect on the bargaining power of labour because of the reduction in trade union membership and institutional protection. These developments corroborate Dunlop’s theory of industrial relations systems described below. However the trend is not unique to the United Kingdom and is attributable to increased competition at the local, regional and global levels and heightened consumer expectations. A trade union is defined as â€Å"a continuous association of wage earners for the purpose of maintaining and improving the conditions of their employment.† (Webb, Sydney & Webb, Beatrice cited in Trade Union). Does this mean that by definition, there is a conflict of interest between a trade union that represents its members and the organisation that employs those members as workers, more so if the organisation is in the public sector? The objective of this paper is to analyse the conundrum by taking recourse to theoretical bases and wherever possible their practical applications. 1.2. John Dunlop’s theory of industrial relations systems: In his 1958 classic, Industrial Relations Systems, John T. Dunlop, described the role of three principle actors in all industrial relations systems. They are, management organisations, workers (whether

Solitaire Mystery by Jostein Gaarder Thesis Example | Topics and Well Written Essays - 1750 words

Solitaire Mystery by Jostein Gaarder - Thesis Example The genre of this book is unclear. Some analysts claim it is a fable, novel, fairy story, theoretical and more. Jostein Gaarder is well known for his other work in the book Sophie’s World. Generally, Gaarder is only interested in the ideology that people should think and notice that they are alive. In addition, the people should appreciate the environment they live in citing that the world is a fascinating place. The book â€Å"The Solitaire Mystery† requires thought, as the ideas in it require a good consideration and concentration. As such, several analysts would claim that reading this book is not easy however, for students and researchers it serves as a very good reference. The book is controversial and one could think that it is written for the younger generation only. However, after thorough reading and understanding this book, one finds that there are hidden meanings and concepts that are very useful. For the interested parties in reading this book, one of the re quirements is close attention since complications may rise especially when a reader discovers that there are stories within a story. Due to the cleverness of the text, intelligence is required for any interested reader. The solitaire mystery consists of two seemingly separate stories which include Hans Thomas and the sticky bun book.Twelve year old Hans Thomas goes on a search for his mother. Accompanying him is his father from their home town in Norway to Greece. Han is unaware that his life would be changed forever. Hans Thomas will discover a whole new world filled with mystery. The protagonist takes the readers on a journey as he uncovers the truth about existence and living as he makes the journey with his father. However, Hans Thomas ‘s father had some unethical behavior like smoking which he taught his son and there were instances that they both made stops to smoke together as they journeyed. While stile on their journey, a strange bearded man gives Hans Thomas a magnif ying glass and tells him that he will need it. After a short while Hans Thomas and his father stop in a roadside cafe where Hans Thomas gets a giant sticky bun to eat on his journey. Hans Thomas gets surprised when he finds a tiny book that has small writings that cannot be read with naked eye. Hans starts reading the small book with the aid of the magnifying glass. The Books writing was too small to be read with the naked eye so he begins to read the tiny book using his new magnificent glass. As Hans Thomas continues to read the little book, he discovers that there is a huge connection between him and the sailor described in the book. For example, there is a scene where the sailor finds himself on an island whereby a deck of cards mysteriously come to life. With the help of the magnifying glass, the sticky bun book becomes more interesting as he continues to read it in secret. Generally, the story focuses on a mysterious tale in a strange island, A man by the name Frode owns a pack of cards as well as a drink and in his strange manner, he thinks he can drink anything. As Hans reads, there is the realization that the book has similar implications in his own life and that in a strange manner, he is also a part of the tale it unfolds. A string of strange events occurs on the journey. The sticky bun book In the book sticky bun, there is a storyline of an old baker who is given an amazing drink by the grandfather. The drink came from an island that the grandfather was shipwrecked on as a young man. In this island there is also an old sailor by the name Frode and 50-three other people. Despite not having names the 50 three other people referred to themselves as the numbers of cards (52 cards plus a joker). The red suits are all the women apart from the kings and jacks, whereas all the black suits are all the men except for the queens and aces. Frode then developed a crush on the ace of hearts because she was enchanting even though she was forever losing herself. Th e cards equal to the 50 three

Energy Fundamentals :: Environment Environmental Essays

Energy Fundamentals There are many different views, properties, values, and interests for different types of energy. In viewing energy in terms of commodity we focus on supply and demand. Also the price of energy is an important factor. Commodity is used by current buyers and sellers in deciding what type of energy to use. As an ecological resource depletability, environmental impact , and resource issues are the properties of energy. The choice of future sustainability and frugality are also values by those who view energy as an ecological resource. Market bystanders and future generations are most interested in viewing energy in this way. When viewed as a social necessity availability and distribution are the important properties of energy. Equity is valued most when energy is viewed as a social necessity. The poor, and under funded public services seek to benefit from this view point of energy the most. Finally, energy as a â€Å"strategic material† is the last view on energy that we have discussed in class. The properties of this energy view are geopolitics and foreign energy. Security is the main concern, and energy buyers and suppliers are mostly concerned with this view of energy. Nuclear energy is a form of energy that is created through the reaction and exchange of electrons. It is stored in the nuclei of atoms and released either through fission (spliting atoms) or fusion (joining atoms). Elector magnetic energy is concerned with the wavelengths of waves such as converting gamma rays to radio waves. There are also many different forms of energy conversions. (1/25/02 lecture). There is chemical to thermal. an example of this is fire. Chemical to electromagnetic, an example of which is a candle. Conversion from chemical to electrical in which a battery is an example.

Alienation of Labor Essay

The Alienation of Labor is an idea of Karl Marx which is an artificial construct and it is certainly applied but not too clear. Marx describes this idea in a pretty straightforward manner. He is basically saying that the worker has no control over his or her life. The worker is nothing more than a cog being used in the business machine’s discretion. The worker really has no individual rights and certainly no demonstration in the market place. In turn, the laborer is a slave to the system of product construction. There are four stages involved in this idea. There is nature, or human nature and this is because you are alienated from human nature. The second stage is the self, it is animalistic, and you are being reduced to an animal. The third stage is species, no longer having any sort of creativity. The final stage is other, meaning competition or work amongst each other. Hegel vs. Nietzsche -Hegel Hegel believes that slave morality is an opportunity to work on one’s self, and that freedom in the mind truly helps oppression. He believes that in this relationship, the master is actually the slave. He thinks this because he feels that the master is dependent on the slave and without the slave the master is nothing. In turn, this makes the master a slave because he is so dependent on his slave. If you crumble, Hegel believes it is a tragedy because he is a communitarian which means he is more empathetic to situations. He believes that if you weren’t strong enough and mentally tough enough it was because you didn’t get the support and care from the community. -Nietzche Similar to Hegel, Nietzche also thinks that freedom is held in the mind and you can only achieve this by being strong. A main difference of Nietzsche’s view compared to Hegel is the fact that he believes that if you fail at freeing yourself through the mind, you can only put it on yourself, it was your fault and no one else’s. Nietzsche’s view of this relationship works on two different levels or ideas: good or bad in the case of master morality and evil or good in the case of the slave. When talking about slaves, he believes that the slaves are incapable of creating their own original values, instead they are influenced and invert to their masters. The master’s view of the slave according to Nietzsche is basically that he is good therefore the slave is bad. In contrast, the slave’s view of the master is that he is evil, therefore we are good.

The Coming of Age Theme in Alice’s Adventures in...

Many have compared life to a journey over the course of which, one experiences many tumultuous changes and transitions. On this journey, the human body continually undergoes a developmental pattern of physical, mental, and social modifications. Even in the realm of literature, fictional characters inevitably follow this fate. In literature, the stage between childhood innocence and adulthood transforms characters, this is frequently referred to as coming of age. Because all humans experience this transition, it establishes coming of age as a timeless universal literary theme. Among such coming of age novels is Lewis Carroll’s tale about a seven-year-old Victorian girl named Alice. In the novel, Alice’s Adventures in Wonderland,†¦show more content†¦Issues concerning her size, identity, and her social exchanges with both Wonderland and its creatures spur and characterize Alice’s development towards becoming a young woman. In particular, Alice’s fluctuating size and â€Å"opening out like† (Carroll 11) a telescope parallel with a child’s seemingly spontaneous growth spurts, which occur frequently and most noticeably during pre-adolescent and adolescent years. In fact, Alice Liddell, the inspiration for the original tale, was ten when Lewis Carroll (the pen name of Charles Dodgson) first told the tale (Vallone 245). In addition, Alice’s Adventures in Wonderland began as tale about the adventures of seven year-old Alice Liddell (Vallone 245). In reality, most children like Alice Liddell grow, but in Wonderland, Alice changed drastically and symbolically. Physically Alice’s growth correlates in many instances with her behavior. For instance, prior to drinking the mysterious liquid, Alice ponders on the substance’s toxicity, however, she fails to consider possible outcomes while forgetting the golden key. Consequently, Alice grew smaller as her behavior was incongr uous to a practical and experienced adult. In contrast prior to consuming the cookie, Alice muses â€Å"‘if it makes me grow larger, I can reach the key; and if it makes me grow smaller, I can creep under the door so either way I’ll get into the garden’† (Carroll 9). Hence, Alice exemplifies problemShow MoreRelatedLewis Carroll s Alice s Adventures1292 Words   |  6 Pagesdeeper meaning concealed beneath the surface of the text. Lewis Carroll, however, is an exception to this rule. Lewis Carroll’s Alice’s Adventures in Wonderland is widely known as an amusing and lighthearted children’s story, yet beneath its surface lies many hidden truths. Unlike most authors, Carroll incorporates a great deal of nonsense into his work. Putting readers through many loops in order to decode his skewed logic, is what allows Carroll to stand apart from other authors. 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