A bicycle is a two-wheeled vehicle that is propelled by pedaling and steered with handlebars. It is a common sight on roads and paths and is enjoyed by people of all ages and abilities. This article explores the history of this popular pastime, the different types of bikes available, and the most prominent cycling races.

Bicycles have been around for a long time, and they are used by millions of people worldwide. They are a fun and healthy form of exercise that burns calories, increases blood circulation, and improves posture. They are also a quick and convenient way to get from one place to another in a city. People ride them for leisure, sports, transportation, or work. They are used by men, women, and children of all ages and sizes.

The bicycle consists of a seat, two wheels, a frame, and a metal chain connected to the pedals and rear wheel. The chain drives the rear wheel, which in turn pushes the rider along. The bicycle can be stopped by applying pressure to the brakes. This is usually done by using levers on the handlebars, which squeeze pads that are attached to the wheels. Some bicycles have several gears, which make it easier or harder to pedal depending on the surface on which the bike is traveling.

Whether you are an experienced cyclist or just starting out, there is a bicycle that is right for you. A few tips can help you choose the right bike for your needs. First, consider your riding habits and lifestyle. For example, if you plan to commute to work or school, a lightweight road or mountain bike is ideal. This type of bicycle is designed to handle a wide range of terrain and speeds.

There are many other types of bicycles, with different technical characteristics and capabilities. For example, a bicycle intended for long-distance touring or racing will have specific technical specifications that differ from those of a bicycle designed for light travel within the city.

Although Leonardo da Vinci is sometimes credited with drawing a bicycle in his Codex Atlanticus of 1492, no single individual can be claimed to be the inventor of the modern bicycle. The bicycle’s origin is unclear, but it is likely that it evolved from earlier vehicles such as the draisine, velocipede de pedale, and velocipede.

In the 19th century, a German professor named Karl Drais invented a device with two wheels that could be steered by turning the handlebars. It was called a Draisine or Lauf-maschine and later the velocipede, or boneshaker, in the United States, because of its solid iron wheels with no rubber tires that made it difficult to ride on smooth or even surfaces. The term bicycle was not coined until the 1860s, when French manufacturers began selling all-metal versions of the velocipede. The term stuck, and today it is the most widely used word to describe a two-wheeled vehicle that uses pedals to move.

The GOES satellite system provides critical environmental data to support NOAA’s National Weather Service weather forecasting operations and scientific research. The satellites and ground segments work together to produce a continuous stream of images that help to monitor and track conditions such as storm development, severe storms, flooding and hurricanes over North America.

Each GOES satellite has two main instruments, the Imager and the Sounder. The Imager detects radiation (heat) emitted by Earth in the visible and infrared regions of the electromagnetic spectrum. The Sounder measures meteorological parameters such as surface temperature, humidity, pressure and wind speed.

A GOES satellite’s position in geostationary orbit allows it to keep a constant vigil for atmospheric “triggers” of severe weather events such as tornadoes, flash floods and hail storms. Its imagery also helps to estimate rainfall during thunderstorms and hurricanes for the purpose of issuing flood advisories. It can also detect snowfall accumulations to help with issuing winter storm and spring snow melt warnings. Satellite sensors also track ice fields and map the movement of lake and ocean ice.

GOES can also help with monitoring areas affected by wildfires. The pyrocumulonimbus clouds that form above these fires can be seen in near real-time with GOES images. These images have aided in the evacuation of homes and the containment of the fires in places like Manitoba, Canada. GOES images can also monitor for areas of potential air turbulence that can result from the movement of smoke in the atmosphere. This can help to improve aviation safety by informing pilots of hazardous situations ahead of time.

In addition, the GOES-R series will carry the first Geostationary Lightning Mapper that will monitor total lightning activity across the Western Hemisphere with three times more spectral channels and four times greater spatial resolution than the previous GOES satellites. The new GOES-R series will also include the X-ray Imaging Spectrograph, which can detect solar flares and other space weather activity that could disrupt communication satellites, high altitude aircraft and power grids on Earth.

GOES can also detect and relay the location of 406 MHz emergency beacons carried by planes, boats and individuals in distress. These beacons are detected with the Imager instrument on GOES-13. The STAR website hosts examples of experimental products that can be useful for remote sensing researchers, experienced meteorologists and oceanographers. The images hosted on the STAR site are not official NOAA operational products and should be used at your own discretion. Please read the product descriptions carefully before using them. The STAR website is not for general public use. The data and images hosted on the STAR server are intended to be used for remote sensing research, education or other scientific purposes. You must have permission from NOAA or its contractors to download the data and images.

People often use the word nice to describe someone who is friendly and ingratiating, who treats others with respect and kindness. While nice is a positive trait, it can also have negative consequences. Whether you’re a naturally nice person or trying to be nicer, understanding the complexities of this word can help you make more informed decisions about how you interact with other people.

Historically, nice has had many different meanings, ranging from “foolish or stupid” to “pleasant and agreeable” or “civilized.” Today, it can be used in a variety of ways, including to describe an attractive, well-mannered woman. Some researchers have even suggested that the word is becoming less and less meaningful, and that its current senses are no longer accurate reflections of the language’s etymology or historical usage.

Psychologists have described five broad dimensions of personality, and one of these is known as agreeableness. Several traits that psychologists associate with this dimension, such as empathy and compassion, are related to being nice. These traits include showing concern for the safety and feelings of other people, being a supportive friend, and taking responsibility for your actions.

People who are innately nice tend to have a high level of social competence, which includes being able to read and understand the emotions of other people. In addition, they have a strong desire to please and be liked. They often exhibit generosity, going out of their way to help others and show their appreciation for them. They also have good self-esteem and are able to avoid being overly critical of themselves.

Some people who are prone to being nice may be overly concerned with the opinions and feelings of other people, leading them to act in a manipulative way. For example, they may attempt to control the relationship by avoiding conflict or making ultimatums. They may also be unable to express their own thoughts and feelings, which can lead to disconnection and low self-esteem.

Being a genuinely nice person involves being understanding and compassionate, and it can be challenging for some people to do. Nonetheless, it is an important trait for healthy relationships.

Nice Pathways

NICE pathways are graphical presentations of NICE guidance that bring together related guidance, between and within topics, and link to other NICE products such as quality standards and implementation resources. They facilitate local engagement with NICE topics and encourage the implementation of clinical guidelines. They are being developed by NICE, a non-profit organization that helps people lead healthier lives. The pathways are available online and will be updated monthly. You can subscribe to receive notifications when new pathways are published. In addition, you can comment on draft guidance and standards through NICE’s consultation portal. You can also submit a shared learning example of how you’ve implemented NICE guidance or standards in your organisation. This will be recognised at the annual NICE Shared Learning Awards. Visit NICE’s website to find out more.

Good is a word that describes a quality, condition or state of being. It is often used in a positive context and can have several meanings. For example, if something is good it means that it is beneficial or satisfying. If someone is a good person it means that they are kind and benevolent. Likewise, if a product is good it means that it is high-quality and meets the needs of its users.

The concept of good is at the heart of many ethical and philosophical discussions. For example, philosopher John Rawls defined good in his book A Theory of Justice by prioritizing social arrangements and goods based on their contribution to fairness. He claimed that a life and society that are good are those that treat all people fairly, even if the outcomes of their actions are unfavorable.

In metaethics, the idea of good is central to questions about the nature and value of moral judgments. For example, if you believe that charity is good it might be because you personally approve of it (Emotivism), or because you believe that it has some objective properties (Moral Realism), or because you accept some ethical framework such as utilitarianism wherein the aim is to minimize suffering.

When talking about writing, a good piece of prose is clear and concise. It paints a picture in the reader’s mind. Vague, muddled writing is the antithesis of good. It is frustrating for readers and makes them less likely to engage with your work.

A good manager is someone who inspires, supports and guides their team members. They are great communicators and active listeners, and they know how to align their teams’ efforts with larger company goals.

If you are a good manager, your employees will be motivated to work hard and achieve success. They will also be more likely to stay with the company if they feel like they are making a difference and contributing to its growth.

In the workplace, being a good boss is one of the most important things you can do for your career. It’s essential to lead by example and set high standards for your team, which will allow them to grow into better leaders themselves. In this article, we’ll explore 10 qualities that all good managers have and how you can cultivate these skills in yourself.

Creating a good product is a continuous journey of research, improvement and customization. It requires a deep understanding of the needs of your target audience and how you can provide unique and effective service to them. Having a strong product will help you stand out from your competitors and increase the likelihood of success for your business. This is why it’s important to develop a clear roadmap and take the right steps in the beginning to ensure that your product will be successful. In this blog post, we’ll discuss some tips for achieving this goal and why it is so critical to the long-term success of your business.

A bicycle (or bike) is a two-wheeled human powered land vehicle that is propelled by pedals and steered with handlebars. It has a frame, a seat, and two wheels that are connected by a metal chain, which runs over cogs on both the pedals and the rear wheel. The rider, or cyclist, stands on top of the seat and pushes on the pedals with their feet to move the bicycle forward.

A skilled cyclist can balance the bicycle hands-free by leaning slightly left and right to keep the center of mass over the wheels to minimize the force arm of gravity. This is why it’s impossible for a bike to fly away or sink into the ground.

The frame gives the bicycle strength and sets the stage for how well all the other parts will function. The frame shape, material, and quality determines how well the bicycle rides and handles. There are many types of frames, and some have special features to enhance the cycling experience.

The handlebars connect to the stem that connects to the fork, which in turn connects to the head tube. There are three styles of handlebars: upright, which curve gently back toward the rider, for a natural grip and comfortable upright position; drop handlebars, which curve downward and allow riders to get into a more aerodynamic “crouched” position; and mountain, which have straight or curved bar ends that let riders hold them close to their bodies.

Cycling is a great way to stay in good health and have fun. It is easy and enjoyable to do, doesn’t require expensive equipment or a lot of space to store, and can be done at almost any intensity, from very low to very high. It increases muscle strength and stamina, and also improves cardiovascular endurance and aerobic fitness. People who cycle regularly are less likely to suffer from heart disease, diabetes, obesity, and some cancers.

Biking is an excellent way to reduce air pollution and traffic congestion. The noxious gases and particulates released by motor vehicles can harm people’s health and damage the environment. Removing cars from the roads and replacing them with bikes reduces the need for oil and gas, and makes our cities less congested and more pleasant to live in.

It’s easy to see why so many people love their bicycles! It’s a great way to have fun, explore your local area, and get some exercise. And it’s a great way to save time, since you can use your bike instead of taking the bus or driving a car!

GOES (pronounced “goes”) is a series of NOAA weather satellites that provides continuous images and soundings of Earth’s surface and atmosphere. The GOES series has a long history of enhancing operational services and improving support for atmospheric science research, numerical weather prediction model development, environmental sensor design and testing. GOES is controlled by NOAA’s Satellite Operations Control Center in Suitland, Maryland. The satellites also serve as platforms for the NOAA Space Environment Monitoring (SEM) instrument package and the Solar X-ray Imager (SXI).

The SEM instruments on GOES are designed to detect and provide data on solar wind particles. This information is critical for the operation of military and civilian radio wave and satellite communications, telecommunications systems, high-altitude aviators and astronauts at the International Space Station, power distribution networks and the mission of geophysical explorers.

SEM detects ions and electrons produced by the Sun as it interacts with its magnetic field. These instruments are flown on the GOES-13, GOES-16, and GOES-18 satellites and provide data that help meteorologists forecast severe thunderstorms and other atmospheric events, and also to monitor air quality and water vapor levels, ocean currents, cloud cover and fog.

In addition to SEM, the GOES 13- and 16-series satellites carry two imaging instruments called Imager and Sounder. The Imager instruments use a servo-driven, two-axis gimballed mirror system in conjunction with a 31 cm Cassegrain telescope to capture and display Earth’s visible light, infrared and near-infrared radiation. The Sounder instruments utilize a spectroradiometer to measure the brightness and temperature of clouds, as well as surface temperatures. Both instruments can be scanned quickly, covering a small area, or at a slower rate to capture the full disk of the Earth, as required by meteorologists.

Both instruments are capable of determining the type of clouds that are in an area by observing their “albedo.” A cloud that reflects more light, such as snow, has a higher albedo, while one that absorbs more light, such as rain, has a lower albedo. Meteorologists can then determine the speed and direction of a moving storm by viewing a series of images from a GOES satellite.

The next generation of GOES satellites, GOES-19 and 20, will be powered by solar arrays to achieve greater energy efficiency and to enable them to operate in harsher conditions. The satellites will also be able to perform more observations and scans when they are needed. The new GOES satellites will launch in 2022 and be positioned as GOES East at 75° West longitude and GOES West at 135° West longitude. This positioning will allow the satellites to provide comprehensive coverage for North America, Alaska and Hawaii. Both GOES satellites will be able to detect and track hurricanes, and provide data for coastal flooding, volcanic eruptions and wildfires. GOES-T will also carry the Search and Rescue Satellite-Aided Tracking (SARSAT) system, which detects signals from 406 MHz emergency beacons carried by aircraft, boats, yachts and individuals in distress and relays them to rescuers.

Nice is one of those tidy, sturdy words that has a myriad of meanings. Depending on how it’s used, the word can compliment, dismiss, or elicit strong emotions like compassion and empathy. It can also convey a certain level of delicacy and precision. Interestingly enough, the word has been around for hundreds of years and its meaning has evolved in tandem with our society’s changing social norms.

The definition of nice is a person who embodies kindness and generosity, both in thought and action. They go out of their way to help others in need, they make people feel comfortable, and they offer thoughtful gestures such as holding the door or offering a compliment. In addition, nice people are honest and genuine in their interactions with others, never displaying any hidden agendas or false pretenses.

In a world full of negative and toxic people, it’s important to be nice and surround yourself with positive influences. However, it’s important to distinguish between being “nice” and being “nice for the wrong reasons.” While being kind and respectful is a great trait, it can become problematic if you’re doing it for the sake of looking good or making other people happy.

Being “nice” for the wrong reasons can be damaging to your own health and well-being. If you’re constantly repressing your thoughts and emotions for the sake of being pleasant, they’ll eventually rise to the surface. In some cases, these buried feelings may manifest as a sudden outburst of irritability or anger. In other cases, your fake niceness might cause you to stifle any disagreements or challenges with others because you don’t want to hurt their feelings.

Having been through their own fair share of brutality and hardship, nice people understand the challenges that others face on a daily basis. They can empathize with those who are struggling and help them overcome their obstacles. In addition, they can be powerful forces of change in the lives of those around them by inspiring them with their kindness and compassion.

While they appear gentle on the surface, nice people have a lot of strength beneath their kind exteriors. They’re not to be messed with because they know how to fight back when the time is right. Whenever they encounter injustice, they tap into their inner strength and unleash a force to be reckoned with. Nice people are not to be feared because they have the power to conquer their own demons and stand up for what’s right. This gives them the courage to do the same for those who are vulnerable and need a guiding light in their lives. Nice people are courageous and brave individuals who have a lot of wisdom to share with the world.

Good (from the Old English word for ‘pleasant’) is an adjective and a noun, used to describe a thing that is acceptable or pleasing. It is also a philosophical concept used to guide ethical and moral decisions. It is contrasted with evil, which is undesirable and damaging to self and others. Since the Garden of Eden, the choice between good and evil has been a major challenge for mankind.

People often describe things as good when they feel they will benefit them, or have a positive outcome. For example, a new haircut may be good for a person who likes to look good in photos or an expensive car is good for someone who likes driving. Good can also be a verb, meaning to be kind, courteous, helpful or well-meaning. In a religious context, it refers to the righteous acts of God’s followers, as described in scriptures and other holy texts.

In philosophy, good is a complicated concept that is the center of many discussions. It has multiple facets, such as the distinction between utilitarianism and virtue ethics. It has also been used to prioritize social arrangements, as argued by the philosopher John Rawls in his theory of justice. The notion of what is good has been further contested by a number of philosophers, including Immanuel Kant and other Enlightenment thinkers.

A good article is written in a creative and interesting way that engages the reader. It should contain a hook, a clear topic and have a meaningful conclusion. It should also be well-researched, with relevant, verifiable information. It is important to be objective in writing the article and not use biased language.

It is also important to have an outline and structure, to ensure that the article will be cohesive, logically organized and easy to read. Good articles also include sub-headings to help the reader navigate through the content. They are usually a mix of different types of media, such as video clips and images, which helps to make the article more engaging.

Lastly, a good article should be relatable to the reader. It should have the reader in mind and try to answer their questions, problems and emotions. The more a writer connects with the readers, the more the article will be read and shared.

The most important aspect of a good article is the research that went into it. It is essential to find collaborative sources to ensure that the article is accurate and authentic. The best way to get the most out of your research is to be passionate about the topic. This will come through in the writing and make the article stand out from the rest.

A good article is readable, accurate and authentic. It is important to use proper grammar and punctuation. The use of jargon should be avoided if possible, as it can alienate the reader. Finally, it is important to have a solid argument when arguing a point. The ability to clearly communicate an argument is a critical skill for any academic or non-academic writer.

The bicycle is a human powered land vehicle that uses two wheels, a seat and pedals to transport a rider. Its frame gives it strength, and the pedals are connected to a chain that drives the rear wheel. The front wheel is connected to the handlebar and controls steering of the bike. It is also the most efficient means yet devised to convert human energy into mobility. The term bicycle derives from the Latin words “bi-” meaning two and “cycle” meaning wheel.

The bike is most commonly used for recreational and utilitarian purposes. It can travel over almost any type of terrain, including snow and ice. It is the safest mode of transportation for people, and it produces less pollution than cars or motorized scooters. The bicycle is also popular with fitness enthusiasts and competitive cyclists.

There are many variations of the bicycle, each designed for a specific type of riding or racing. A racing bicycle, for example, is a road-oriented bicycle built to meet the needs of professional and amateur cyclists who compete in cycling events organized by the Union Cycliste Internationale (UCI). This type of bicycle features high-end components to provide the fastest possible race results.

A bicycle is also used for daily errands, and for travelling long distances on paved or unpaved roads. The bicycle is the most convenient way to transport goods and groceries, as well as for commuters who need a reliable form of transport to get to work or school. The bicycle has become a symbol of freedom, health, and environmental awareness.

Bicycles are often made of lightweight materials to reduce their weight and allow them to move more quickly. The most common bicycles are made of steel, aluminum and carbon fiber, which are lighter than most other materials.

The frame of a bicycle is usually welded or bolted together, and it can be painted or powder coated to give it a desired look and feel. The frame is the main structural component of a bicycle, and it sets the stage for how the rest of the bike will function. The frame’s geometry, material and build quality determine how well the other parts will perform.

Other names for the bicycle include the boneshaker, velocipede, penny-farthing and dandy horse. The bicycle was invented in the 1860s, and several improvements were made to make it easier to ride. One of the most important changes was making the wheels the same size so that riders could sit at a lower height and not be as far off the ground. In addition, a chain was added to link the pedals to the back wheel, and brakes were operated by hand levers to improve safety.

The most basic bicycles only have a saddle, but higher-end models may include a rack, fenders and reflectors. The saddle is usually moderately broad and softly cushioned, and it may feature longitudinal slots to prevent perineal pressure that can cause saddle sores. Bicycles typically have a kickstand that allows the bicycle to stand upright on flat or sloped surfaces.

GOES stands for Geostationary Operational Environmental Satellites. The NOAA and NASA-led GOES program has been operating since 1975. It has provided continuous imagery and data on atmospheric conditions as well as solar activity (space weather). This information is critical to military and civilian radio wave communication and navigation systems, electric power networks, Space Station astronauts and high-altitude aviators.

NOAA’s new 3rd generation GOES-R series will provide critical atmospheric, hydrologic, oceanic, climatic and solar science data. GOES-R will also improve NOAA’s direct services including GBR (GOES Re-Broadcast), S&R, DCS, and EMWIN, as well as improve space weather monitoring and alerts.

The GOES-R series includes the GOES-16 and GOES-17 satellites currently in service as well as the GOES-T and GOES-U satellites scheduled for launch in 2022. NOAA oversees the GOES-R Series Program through an integrated NOAA-NASA office that acquires the satellites, manages their ground system contract and operates and distributes the satellites’ data to users worldwide. Lockheed Martin designs, builds and tests the satellites and their instrument payloads. L3Harris Technologies provides the GOES-T satellites’ main instrument payload, the Advanced Baseline Imager (ABI).

On October 17, GOES-T was packed up in a custom shipping container that protected its instruments and functioned as a miniature clean room during transport. The container was driven to Buckley Space Force Base in Aurora, Colorado, where it hitched a ride on a C-5 Galaxy aircraft to Kennedy Space Center in Florida. It is being unpacked in a clean room at the Astrotech Space Operations spacecraft processing facility in Titusville, ahead of its planned early 2022 launch from Cape Canaveral.

Upon reaching its orbital position 36,786 miles above Earth, GOES-T will be renamed GOES-18 and enter operational service as the GOES West satellite. It will monitor the U.S. West Coast, Alaska, Mexico, Central America and the Pacific Ocean. Like its siblings in the GOES-R family, GOES-18 will carry a suite of sophisticated Earth-sensing, lightning-detecting, and solar imaging sensors to help predict severe storms and hurricanes, as well as detect volcanic eruptions, fog and fires. The satellite will also have the ability to provide near real-time images of the entire surface of the Earth and its oceans.

GOES-18 will feature the ABI, the most advanced geostationary weather imaging satellite ever flown by NOAA. The ABI captures continuous images of the entire planet every five minutes – a dramatic improvement over the current GOES satellites’ scan cycle of 26 minutes. The ABI’s fast, frequent updates can aid National Weather Service (NWS) offices and centers, Volcanic Ash Advisory Centers, and airports in monitoring hazardous conditions like volcanic ash plumes that pose a threat to aviation safety. The ABI will also have a specialized imager to observe the Sun and the outer atmosphere at higher resolutions than can be seen with the existing GOES-U sensors. It will observe things that current GOES sensors cannot, such as the temperature of clouds and aerosols and the speed and direction of winds at high altitudes.