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Child's phone catches fire in Cambridge, Ont. movie theatre
A Cambridge, Ont. mother was left shaken after her 11-year-old’s cellphone suddenly caught fire in a movie theatre.
No one was hurt but she worries that it could have been a lot worse.
On Monday, Madara Mejoule was waiting for her son and his friend outside the theatre. Wondering why they were taking so long, she went inside to get him. She was shocked by what she saw.
“The whole movie theater was filled with smoke and you could smell there was like a toxic gas smell,” Mejoule recalled.
Her son ran up to her and told her his phone had caught fire.
At first, she was skeptical.
“I didn't believe that a phone could explode spontaneously,” Mejoule admitted.
With various impressed external magnetic field intensities an effect was noticed on the charge and discharge curves as well as the charge and mass concentrations within the batteries. With the two-dimensional model starting from 0mT and going to 1mT had the effect of discharging the battery faster and charging the battery faster. With the two-dimensional model starting from 1mT and going to -1mT had the effect of charging the battery faster. In either case an effect on the various characteristics of the battery were studied. With the experiments conducted on the two types of batteries the effect was more profound than subtle. Discharge times were twice as fast and charge times were equally
affected. With the smaller batteries they all generally charged faster under the presence of a magnetic field due to more uniform penetration. In the presence of the field they also discharged faster. The larger batteries would not see the same uniform penetration because only a small area of the battery sees the center of the coil it is placed on
https://ars.els-cdn.com/content/image/1-s2.0-S0378775320302172-fx1_lrg.jpg Thermoelectric current causes asymmetric growth pattern of dendrites.
thermoelectromagnetic convection occurs in the vicinity of the solid-liquid interface, and vortices are generated between dendritic arms. It is shown that the thermoelectromagnetic convection has a major influence on dendritic morphology.
Apple $AAPL has now traded green in 8 of the last 9 days and has hit new all-time highs in each of the last 5 days. Absolute Machine!
By: Barchart | December 5, 2024
• Apple $AAPL has now traded green in 8 of the last 9 days and has hit new all-time highs in each of the last 5 days. Absolute Machine!
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Smoking phone battery diverts Miami-bound flight to Palm Beach International Airport
A Southwest Airlines flight headed to Miami on Sunday was forced to land at Palm Beach International Airport due to an overheating cellphone battery, according to the Federal Aviation Administration.
The crew on Southwest Flight 3204 from Chicago Midway International Airport noticed the lithium battery smoking, the FAA said in a statement. The Boeing 737 MAX landed safely just after 6 p.m. at PBIA, a Southwest spokesperson said Wednesday.
With various impressed external magnetic field intensities an effect was noticed on the charge and discharge curves as well as the charge and mass concentrations within the batteries. With the two-dimensional model starting from 0mT and going to 1mT had the effect of discharging the battery faster and charging the battery faster. With the two-dimensional model starting from 1mT and going to -1mT had the effect of charging the battery faster. In either case an effect on the various characteristics of the battery were studied. With the experiments conducted on the two types of batteries the effect was more profound than subtle. Discharge times were twice as fast and charge times were equally
affected. With the smaller batteries they all generally charged faster under the presence of a magnetic field due to more uniform penetration. In the presence of the field they also discharged faster. The larger batteries would not see the same uniform penetration because only a small area of the battery sees the center of the coil it is placed on
https://ars.els-cdn.com/content/image/1-s2.0-S0378775320302172-fx1_lrg.jpg Thermoelectric current causes asymmetric growth pattern of dendrites.
thermoelectromagnetic convection occurs in the vicinity of the solid-liquid interface, and vortices are generated between dendritic arms. It is shown that the thermoelectromagnetic convection has a major influence on dendritic morphology.
$AAPL has been in a months-long compression phase, forming equal highs at a key liquidity zone...
By: Peter DiCarlo | December 1, 2024
• $AAPL has been in a months-long compression phase, forming equal highs at a key liquidity zone.
Each sell-off has been met with higher lows, signaling bullish compression. This is a classic setup where price consolidates before breaking out into higher highs.
While the ideal entry would have been at market buyers’ support, the weekly BX Trender confirmation suggests price is gearing up for a breakout.
With December approaching—a historically strong month—it appears Apple is preparing for a move higher.
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$AAPL - The 3rd major wave off the 2022 low is still in progress. The log wave 3 = wave 1 target is 262 and it may be reached by January...
By: CyclesFan | December 1, 2024
• $AAPL - The 3rd major wave off the 2022 low is still in progress. The log wave 3 = wave 1 target is 262 and it may be reached by January. After wave 3 is completed, wave 4 is likely to bottom in the 2nd quarter of 2025, and wave 5 to top in January 2026.
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Apple (AAPL) Weekly Market Update
By: TrendSpider | November 30, 2024
• Apple is taking another shot at its all-time highs from July after a failed breakout in October. With three consecutive higher lows and a bullish MACD cross fueling momentum, the stock looks poised for fresh record highs. As NVIDIA falters, Apple has reclaimed its crown as the world’s most valuable company, leading the race to a $4 trillion market cap.
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Apple $AAPL Weekly on breakout watch..
By: Theta Warrior | November 30, 2024
• $AAPL Weekly on breakout watch..
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Drooling over this $AAPL weekly chart rn.
By: TrendSpider | November 26, 2024
• Drooling over this $AAPL weekly chart rn.
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Is smart money rotating into $AAPL here while $NVDA cools off?
By: TrendSpider | November 26, 2024
• Is smart money rotating into $AAPL here while $NVDA cools off?
Highest one-day volume in over two months.
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$AAPL - The Bollinger bands are the tightest they've been since November 2021, which was the last up leg of the 2020-2021 bull market. A weekly close above the upper BB would lead to a breakout while a weekly close below the lower BB would lead to a significant downtrend.
By: CyclesFan | November 24, 2024
• $AAPL - The Bollinger bands are the tightest they've been since November 2021, which was the last up leg of the 2020-2021 bull market. A weekly close above the upper BB would lead to a breakout while a weekly close below the lower BB would lead to a significant downtrend.
Read Full Story »»»
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Apple Insider Trading Alert: Chairman and Co-Founder Arthur Levinson just dumped $45.4 million worth of $AAPL shares
By: Barchart | November 19, 2024
• Apple Insider Trading Alert
Chairman and Co-Founder Arthur Levinson just dumped $45.4 million worth of $AAPL shares.
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Cellphone battery sparks fire, evacuations on Southwest flight at Denver International Airport
A Southwest Airlines flight at Denver International Airport was evacuated safely Friday morning after a cellphone battery ignited. It happened on board Flight 3316 before 7 a.m. as the plane was getting ready to depart for the William P. Hobby Airport in Houston.
According to Southwest, the aircraft was still at the gate when the fire started. The crew was able to extinguish a seat fire caused by the burning cellphone. The passenger who had the phone suffered burns and was treated by medical personnel.
With various impressed external magnetic field intensities an effect was noticed on the charge and discharge curves as well as the charge and mass concentrations within the batteries. With the two-dimensional model starting from 0mT and going to 1mT had the effect of discharging the battery faster and charging the battery faster. With the two-dimensional model starting from 1mT and going to -1mT had the effect of charging the battery faster. In either case an effect on the various characteristics of the battery were studied. With the experiments conducted on the two types of batteries the effect was more profound than subtle. Discharge times were twice as fast and charge times were equally
affected. With the smaller batteries they all generally charged faster under the presence of a magnetic field due to more uniform penetration. In the presence of the field they also discharged faster. The larger batteries would not see the same uniform penetration because only a small area of the battery sees the center of the coil it is placed on
https://ars.els-cdn.com/content/image/1-s2.0-S0378775320302172-fx1_lrg.jpg Thermoelectric current causes asymmetric growth pattern of dendrites.
thermoelectromagnetic convection occurs in the vicinity of the solid-liquid interface, and vortices are generated between dendritic arms. It is shown that the thermoelectromagnetic convection has a major influence on dendritic morphology.
Cell phone charging between couch cushions sparks house fire
A charging cell phone that was “tucked into the cushions” of a couch sparked a house fire in Pennsylvania early Wednesday morning, according to fire officials.
The Adams Area Fire District said firefighters arrived and found the fire “isolated” to a couch in a bedroom. The fire was quickly extinguished.
Fire officials said the fire was caused by a charging cell phone wedged into the couch cushions and a blanket.
With various impressed external magnetic field intensities an effect was noticed on the charge and discharge curves as well as the charge and mass concentrations within the batteries. With the two-dimensional model starting from 0mT and going to 1mT had the effect of discharging the battery faster and charging the battery faster. With the two-dimensional model starting from 1mT and going to -1mT had the effect of charging the battery faster. In either case an effect on the various characteristics of the battery were studied. With the experiments conducted on the two types of batteries the effect was more profound than subtle. Discharge times were twice as fast and charge times were equally
affected. With the smaller batteries they all generally charged faster under the presence of a magnetic field due to more uniform penetration. In the presence of the field they also discharged faster. The larger batteries would not see the same uniform penetration because only a small area of the battery sees the center of the coil it is placed on
https://ars.els-cdn.com/content/image/1-s2.0-S0378775320302172-fx1_lrg.jpg Thermoelectric current causes asymmetric growth pattern of dendrites.
thermoelectromagnetic convection occurs in the vicinity of the solid-liquid interface, and vortices are generated between dendritic arms. It is shown that the thermoelectromagnetic convection has a major influence on dendritic morphology.
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