![]() Press and release the Learn button, and the learn LED light will have a solid glow.Find the Learn button at the rear of the motor unit. ![]() Programming the garage door opener allows you to run the garage door using the remote controls. How to program C hamberlain garage door opener ![]() We will address common issues with the Chamberlain garage door openers in the article below. The key to fixing the problems is first understanding what the signs mean, diagnosing, and troubleshooting. Fortunately, Chamberlain garage door openers are known to be relatively easy to fix. Over time garage door openers will present a few issues due to broken parts, incorrect installation, and poor maintenance. The Chamberlain Wi-Fi garage door openers come with advanced features that allow users to monitor their garage doors remotely for better security. The article, "Consecutive Ruptures on a Complex Conjugate Fault System During the 2018 Gulf of Alaska Earthquake," was published in Scientific Reports at DOI: 10.Chamberlain manufactures a line of popular garage door openers such as Craftsman, LiftMaster, and Sears, among many others. It has the horsepower to run older garage doors while running more quietly than other heavy-duty openers in the market. This method represents a promising step forward in modeling earthquake rupture processes in complex fault systems based only on seismic body waves, which may improve modeling of seismic wave propagation and mapping of complex fault networks in tectonically active areas. "Our findings show that irregular rupture stagnation 20 kilometers north of the earthquake's epicenter may have been promoted by a fault step across the seafloor fracture zone," explains co-author Assistant Professor Ryo Okuwaki, "They also indicate a causal link between rupture evolution and pre-existing bathymetric features in the Gulf of Alaska." These features caused discontinuities in the fault geometry that led to irregular rupture behavior. "Our model further suggests that this rupture tended to occur along weak zones in the sea floor: fracture zones that extend east-west, as well as plate-bending faults that run parallel to north-south-oriented magnetic lineaments." "Our results confirm previous reports that this earthquake ruptured a conjugate fault system in a multi-shock sequence," says study first author Shinji Yamashita. The main rupture stage of the earthquake, which lasted for 27 seconds, affected fault segments oriented both north-south and east-west. This approach allows us to analyze seismic P waves and estimate the focal mechanisms and rupture evolution of geometrically complex earthquakes involving rupture of multiple fault segments."īased on the distribution of aftershocks within one week of the main shock of the Gulf of Alaska earthquake, this method was applied to represent slip along a horizontal plane at a depth of 33.6 km. They then applied this method to the magnitude 7.9 earthquake that struck the Gulf of Alaska near Kodiak Island on January 23, 2018.Īs study co-author Professor Yuji Yagi explains, "Our method uses a flexible finite-fault inversion framework with improved smoothness constraints. ![]() In a new study published in Scientific Reports, a research team led by the University of Tsukuba developed a new method to model the details of complex earthquake rupture processes affecting systems of multiple faults. Of course, given the complexity of the environments where these ruptures typically occur, the reality is often much more complicated. Tsukuba, Japan - An earthquake is generally viewed to be caused by a rupture along a fault that is transmitted outward from its point of origin in a uniform, predictable pattern. The dashed rectangles highlight the rupture events recognised by this study. ![]() Lower-right panel shows the spatiotemporal distribution of the slip migration, projected along the north-south direction. Blue lines are our estimate of the faults, along with the fault movements indicated as arrows. Lower-left panel show the enlarged map of our result. Upper panels summarise the regional map of the study area, showing plate boundary (dashed line), seafloor fracture zones (solid lines), the epicentre (star) of the 2018 Gulf of Alaska earthquake and the aftershocks (dots). ![]()
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![]() ![]() Ear pain: diagnosing common and uncommon causes. Dental issues: Things such as cavities can lead to ear pain if they are left untreated.Įarwood JS, Rogers TS, Rathjen NA.Temporomandibular joint syndrome (TMJ): TMJ affects the jaw, but the pain from the disorder can radiate into the ears.Mastoiditis: This type of infection affects the bone just behind the ear.This can be anything from frostbite or a burn to a damaging disorder known as malignant otitis externa, a bacterial infection that involves the external auditory canal and skull base. ![]() Damage or injury: If any sort of damage or trauma occurs to the ear, it can lead to ear pain.Relapsing polychondritis: This degenerative disease causes inflammation in the cartilage, including ear cartilage.Typically, this happens because of chronic ear infections. Blood vessel inflammation: This can occur if your blood vessels become inflamed.Eczema that develops in the ear can also cause pain. Skin growths and conditions: A cholesteatoma, a noncancerous skin growth, can lead to pain in the ear.Insect bites: An insect bite can lead to ear pain in rare cases.Foreign object in the ear: An object such as a small toy, a peanut, or insects can get inside the ear.Earwax: If the wax in your ear builds up, it may lead to ear pain. ![]() ![]() ![]() Hence, there is a formation of the single bond between carbon and hydrogen as well as carbon and fluorine. In the Lewis structure of CH2F2, both Hydrogen and Fluorine atoms are sharing only one electron with the carbon atom. Therefore, the Lewis structure of CH2F2 can be represented as: The valence electron in carbon is four and hence, it will share its two valence electrons with two hydrogen atoms and the remaining two electrons with two fluorine atoms, resulting in the formation of an octet around it. Now, we have to arrange 20 valence electrons in the Lewis structure of CH2F2 with carbon as a central atom. The combining atom will achieve the nearest noble gas configuration by sharing electrons. ![]() The important conditions for the Lewis structures are that every combining atom has to contribute at least one electron for sharing with other atoms and a chemical bond is formed owing to the sharing of electron pairs between atoms. In the Lewis structure of the molecule, valence electrons are represented as dots. The total number of valence electrons in difluoromethane are 4 + 1(2) + 7(2) = 20 electrons. Therefore, carbon will be the central atom in difluoromethane. Hence, carbon can form four chemical bonds whereas hydrogen and fluorine can form only one chemical bond. The group valence indicates the number of chemical bonds an atom can form with other atoms. Group valence of carbon, hydrogen, and fluorine is 4, 1, and 1, respectively. Hence, the number of valence electrons in carbon, hydrogen, and fluorine is 4, 1, and 7, respectively. ![]() In CH2F2, carbon, hydrogen, and fluorine are from groups 14, 1, and 17, respectively. Only the valence electrons, which are present in the outermost shell of an atom participate in the bond formation. Kossel and Lewis were the first to explain the formation of chemical bonds in terms of electrons especially valence electrons.Īccording to Lewis, every atom tends to achieve a stable octet when they form chemical bonds except hydrogen and helium. The chemical bond is an attractive force between two atoms and atoms form a chemical bond to achieve stability as most of the elements are unstable in their atomic form. We will understand every feature in detail step by step. The key features of chemical bonding in difluoromethane are shown in the following table for quick learning. The low melting and boiling points of difluoromethane result in frostbite.ĬH2F2 contains fluorine, an electronegative element, but still, it does not show hydrogen bonding owing to the absence of an H-F bond. Its melting point and boiling points are -136 ☌ and -52 ☌, respectively. The molar mass of difluoromethane is 52.024 g/mol. It is utilized in the refrigeration, air conditioner, and fire extinguishers process due to its common use in endothermic processes. It has high thermal stability and slight solubility in water owing to its polar nature. It is a colorless gas at standard temperature and pressure. Haloalkanes or alkyl halides are organic compounds, which contain at least one halogen atom bonded to the carbon atom. CH2F2 or difluoromethane or difluoromethylene is an organic compound of the haloalkane family. ![]() ![]() I had already planned to come back after previous visits, but after this visit, I'm not sure if I plan to go anywhere else. There are even multiple items that would be suitable for vegetarians. Seriously, the menu ranges from pastas and pizzas to cold cut sandwiches to stir fry. So, great food, service, and prices, the place is clean and well-kept, and there are things on the menu that would fit any taste. The price was very reasonable, but when we went to pay, we were told to keep our money and just enjoy the rest of our evening. When it came time for them to close, we went to leave, but the worker told us that he were welcome to stay and enjoy our date longer so long as we didn't mind him watching hockey while we talked. It had a perfect balance between sweet, cheesy, and meaty, and even though I normally don't care for onions on my pizza, they enhanced the other flavors well instead of overpowering them and were cooked perfectly. It was the best Hawaiian pizza I'd ever had, and I spent several years making pizzas for a living. It wasn't my first visit, so I already knew the food was good. I showed up with a date about 8, knowing that the restaurant closed at 9.
![]() Super model Gigi Hadid was a total professional when she suffered a Janet Jackson-like nip slip while walking the. All was well though, as Donatella Versace high-fived her at the end of the show and Hadid sent out a playful tweet saying, “Wadrobe malfunctions happen on the runway every day of fw & are.unfortunate,lol,but let’s talk instead about the new VERSACE CHOKERS.”Ī lot can go wrong on the runway, but Gigi Hadid has been good at proving she’s prepared for anything-missing shoes included. She showed off a little more than designer clothes. A year earlier, during her Milan debut, Hadid stepped out onto the Versace runway in a black gown that slipped down a little too far and exposed one of her breasts. The star carried a metallic pink bag for the walk of fame, and towered as she showed off her super slim legs. ![]() Yes I have boobs, I have abs, I have a butt, I have thighs. Gigi Hadid walks the runway at the Fendi show (. While walking the Moschino show in Milan back in February, Hadid’s dress got caught on her heel, but she was able to break free before any major stumbling took place. Gigi Hadid, 23-year-old model, recently strutted for Jeremy Scotts new line of apparel for his Moschino x H&M collection in New York on Wednesday. Not so long ago, Gigi Hadid walked down a Tommy Hilfiger catwalk show in an oversized. This wasn’t Hadid’s first time battling harsh runway elements. ![]() The model improvised by walking on her toes for the rest of the show. Gigi Hadid is one of the most sought after models in the business right now, having walked several runways at NYFW and a Victorias Secret show as well as. According to Glamour, one of Hadid’s heels wasn’t properly secured after she went through a head-to-toe quick change, causing the shoe to fall off her just as she came out from backstage. In February, 2016, Gigi suffered a major nip-slip walking the runway in a. The model strutted down the runway wearing a sequin dress and feather-lined coat, and upon closer look, only one shoe. In April, 2018, on her way to Fendis Spring fashion show, Gigi wore a bold. ![]() Gigi Hadid proved she’s becoming an old pro on the runway at Anna Sui’s show on Monday night. ![]() ![]() Experience the power of God on our official YouTube channel. Besides, her other body measurements are not available on the internet for now. Gertrude Stacks is the senior pastor of Shalom Fellowship International located in Detroit, MI. The pastor stands 1.67 meters tall and weighs around 60 kgs. Similarly, talking about her social media availability, she is available on Instagram as drgertrudestacks where she has more than 3 k followers. Her main source of income is her profession as a pastor. There is no information about Stacks’ net worth. Gertrude Stacks: Net Worth and social media Similarly, there are also no details regarding her children on the internet.ĭr. There are no details when they married each other. Gertrude Stacks is an American Senior Pastor of Shalom Fellowship International, a Michigan Pentecostal church. ![]() Stacks’ until his death in the year 2001. Tough Theological Academy and graduated with a privileged Doctor of Humanities. The family comprised of 11 offspring of which she was the seventh conceived. Helen was born on July 22, 1920, in Hague, VA to parents Gertrude Purcell Anthony. Stacks was brought into the world to Prophet Cato, II, and Tennesee Weatherspoon on 26 October 1944 in Detroit, Michigan. Stacks was in a happy marital relationship with her husband ‘Bishop Jesse T. Deborah Leona Belfield Stacks, age 67, passed away on May 10, 2023. Gertrude Stacks: Personal life and husband Additionally, the church has campuses in Detroit, Harrisburg, Pennsylvania, and Chicago.ĭr. Many visit her clinic to heal from substance abuse and build their character. As the leader, Stacks leads sermons and runs a spiritual clinic. Talking about her profession, Stacks is the leader of the Shalom Temple Ministries. ![]() However, there are several people who find these acts as a publicity stunt and nothing else. Many of her visitors believe, Stacks is blessed with the divine power of connecting with spirits and can eliminate pain from other’s lives. Besides, she is popular for her miracle works among her followers. ![]() Stacks professionally is an American senior pastor who works under a pentecostal church ‘Shalom Fellowship International’. Similarly, she again enrolled in the same school and gained a Doctor of Divinity degree.Īlso, read Jenni Pulos, Kelsey Henson, Paige Hathaway, Delfina Blaquierĭr. Pastor Rudolph served faithfully under the tutelage of Dr. Hardy Theological Academy and graduated with an honorary Doctor of Humanities degree. Gertrude Stacks became pastor of Shalom Temple Ministries, now known as Shalom Fellowship International Ministries. Similarly, talking about her educational qualification, Stacks attended A.L. Talking about her parents, there is not much information available about them on the internet. Altogether her parents had eleven children. During her childhood, she spent a lot of her time with her ten siblings among whom she was the seventh. Stacks was born to her parents Prophet Cato, II, and Tennesee Weatherspoon on 26 October 1944 in Detroit, Michigan. Gertrude Stacks: Early Life, Education, and Family ![]() ![]() She loves Olie and enjoys emulating him, sometimes to Olie's chagrin, too. She is also very inquisitive (The episode But Why?, for example, has her keep on annoying the family by asking "Why?" about everything imaginable) and loud. Zowie Polie (pronounced "Zoey") – Olie's younger sister, Gizmo's niece, Pappy's granddaughter and Percy and Polina's daughter.He is very friendly, inquisitive, and loves his family and friends. Olie Polie – A robot boy and the show's main character.Although most of the main cast consists of circular bots, other characters are featured in other shapes, such as Olie's friend Billy Bevel and his family, who are square-shaped bots from Planet Cubey. These often include his younger sister Zowie, his inventor father, his hard-working mother, his fun-loving grandfather Pappy, and his dog Spot. The stories revolve around a young robot named Olie learning life lessons and going on wacky adventures (either real or imaginative) while growing up. The show focuses on the Polie family, who live in a teapot-shaped house in a geometric world (Planet Polie) populated by robot-based characters. The first five seasons were made available on Disney+ in the United States on September 29, 2021. The show has a vintage atmosphere, with futuristic elements. William Joyce won a 1999 Daytime Emmy for Best Production Design for this series. The show also won a Daytime Emmy Award for "Outstanding Special Class Animated Program" in 20. Rolie Polie Olie won a Gemini Award in Canada for "Best Animated Program" in 1999. The series was followed by two straight-to-video films based on the series ( The Great Defender of Fun and The Baby Bot Chase), in 20 respectively. Rolie Polie Olie was broadcast from October 4, 1998, to Apand later reran on Disney Junior from March 23, 2012, until September 28, 2014. The show was one of the earliest series that was fully animated in CGI. The show focuses on a little robot who is composed of several spheres and other three-dimensional geometric shapes. Rolie Polie Olie is a computer-animated children's television series produced by Nelvana and created by William Joyce. ![]() ![]() ![]() Some early SafeMoon investors may already regret having bought the token. "You're simply reliant on someone further down the line being willing to pay more than you did to turn a profit, which is a risky bet indeed," Khalaf told the UK's Daily Express. ![]() Laith Khalaf, financial analyst at investment platform AJ Bell, likened SafeMoon to a pyramid scheme. Sadly, it appears the SafeMoon price depends on drawing more "believers" into the fold. One recent example from April 26: "We can see the moon, HOLD on it's about to get exciting." A rocket emoji and moon emoji were added for emphasis. They tend to be heavy on hype and light on substance. Indeed, the messages on the SafeMoon Twitter account raise some troubling questions. People get suckered into buying a stock at $0.10 a share because they envision getting rich when it hits $1 or $5.īut often these cheap stocks are part of "pump and dump" schemes where the folks promoting them cash out at the top, leaving later buyers with huge losses as the stock price, lacking fresh buyers, plummets. This is similar to what you see with a lot of cheap penny stocks of otherwise worthless companies. It sure looks like a great deal compared to Bitcoin, which is trading at about $55,000.Īnd people certainly are getting tempted. As I write this, SafeMoon is trading at $0.00000416. Oversupply tends to result in very low prices - which has the psychological effect of making a coin look cheap. CoinMarketCap reports the current circulating supply at 642.8 trillion. That's 47.6 million times bigger than the max supply of Bitcoin, which is 21 million. The maximum supply of SafeMoon is a stunning 1 quadrillion. The coin supply is another major red flag. Selling SafeMoon incurs a 10% penalty, which is designed to encourage investors to " HODL." That all sounds very noble, but there's little reason given for why developers should choose to use SafeMoon over the dozens of other crypto platforms available.Īnd the distinct features this coin does have don't make you want to buy. The coin's name implies a "safe" trip to the "moon" - in other words, big gains. It's relatively easy to create such tokens.Īnother problem is that SafeMoon does not appear to have a well-defined purpose other than " mooning." That's crypto slang for a soaring price. It's a BEP-20 token, which just means it's built on top of the Binance Smart Chain network (as ERC-20 tokens are built on the Ethereum network). It's risky to trust a brand-new coin unless it has the backing of well-known entities. SafeMoon is a very new project, having launched March 8. Why the SafeMoon Price Is Destined to Collapse Here's why investors should avoid SafeMoon. ![]() Opportunists are using those gains in legitimate coins as bait to tempt people who felt they missed out. Unfortunately, SafeMoon is part of a trend of new coins that have popped up in recent months in response to the dramatic spike in value of Bitcoin, Ethereum, and other top cryptocurrencies. In other words, my SafeMoon price prediction is that it will blow up and go to zero - and within a couple of years, will end up on the ever-growing heap of " deadcoins." The odds are very high that this overhyped crypto will not only fail to make you rich, but will wipe out any money you invest in it. ![]() And I'm here to tell you the bad news: SafeMoon is anything but safe. ![]() ![]() ![]() The temperature is displayed in degree centigrade and with the help of a 7-segment display and the relay, the state is displayed with the help of the LED present on the W1209 module. The relay can operate at voltages up to a maximum of 240V AC at 5A or 14V DC at 10A to power on. NTC thermistor has a negative temperature coefficient, which means the resistance decreases with increasing temperature. NTC temperature sensor allows the module to intelligently control electrical devices according to the temperature. This thermostat is basically an NTC with an STM microprocessor, a seven-segment display and a relay. The W1209 thermostat is the heart of our incubator. Materials Needed for Making Automatic Incubator This cycle repeats and temperature stays constant. If the temperature goes below this optimum value the thermostat will turn on the bulb thus the temperature will increase, when the temperature goes above the optimum temperature, then the thermostat will turn off the light and that will decrease the temperature. So, first we set the optimum temperature in the thermostat (the ideal temperature for hatching chicken eggs is around 37.5 degrees Celsius). So, in the artificial system, we used a Thermostat to detect the incubator temperature and an electric bulb is used as a heater, to provide a suitable temperature to the egg. Now, to hatch eggs artificially inside the incubator, we need to give the above-mentioned optimum temperature and humidity for 21 days. After 21 days, 90% of the egg will hatch. The humidity comes from the environment, the hen's body, and any moisture she transfers back to the nest on her feathers. The hen turns the eggs regularly by using her beak to scoop under the egg and roll it towards her. When the hen sits on the eggs, the hen heats the eggs to 35 - 40.5 degrees Celsius. Naturally, the female bird (called brood) sits on the eggs for 21 days, leaving only for food and water. How does an Automatic Egg Incubator Work?īefore proceeding further, let’s first understand how a hen hatches her eggs and how this artificial incubator will work. All the components used in this project are easily available and also there are no programming skills needed for making this incubator. In this project, we are going to build the hen egg incubator by using some ready-made modules and with a common incandescent bulb. Improper temperature or humidity will lead to the death of the embryo. The health of the egg is very important for the development of the embryo within the egg. But in the artificial method, we incubate the egg without touching it. The most important difference between natural and artificial incubator is that in natural incubation, parent provides warmth by contact. Incubating and hatching eggs is a simple task if you know the right way to do it. Incubation is a technology that provides farmers an opportunity to produce chicks from eggs without the help of the mother hen/bird. ![]() |
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