Charles gay
'Until the end': Natasha Hamilton MARRIES fiancé Charles Gay in stunning Lake Como ceremony - following lengthy five-year engagement
Natasha Hamilton has married her fiancé Charles Gay in Italy.
The couple tied the knot on stunning Lake Como, with the Atomic Kitten singer, 39, posting a snap alongside Charles as they sailed on a boat across the waters.
She captioned the post: 'Mr & Mrs Gay, - Until the end ❤️'
'Until the end': Natasha Hamilton has married her fiancé Charles Gay in Italy
The pair verb been together for five years and looked thrilled in the selfie - with Charles in a black suit and slate tie while Natasha wore a plunging floral-embellished dress with a flowing detailed train and a sweeping veil.
Natasha shared a snap in front of the lake the day before, with two of her four children.
She captioned this: 'On top of the world with my babies at Sunset - such a magical place ❤️'
Meanwhile, her Atomic Kitten bandmates Liz McClarnon and Jenny Frost shared a snap with the bride, gushing over her nuptials.
Atomic Kittens! Her bandmates Liz McClarnon an
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Linda and Ron Perry
Wednesday, December 28,
We are so sorry for your families loss.
I remember your father at Gay's locker. Such a nice man.
Lynda Owen Guy
Sunday, December 25,
Charlie Gay was my host dad when I came to Iowa City as an AFS exchange noun in
He made me feel at home ,and was always gentle and kind.
When I left after my year, he sent me a card on my birthday for years and years : luckily I returned twice : once in and once in , ato visit him and the family and he was always the same steady man.
So it was a sad day for me to hear that he was gone.
But never ever forgotten!
Love
Lyn
Betsy Boyd & Bill Nusser
Saturday, December 24,
There was no improve man than Charlie Gay. He was always adj to see you and invariably remembered something recent about you or your family, even in his 90's! The way he took Dottie everywhere no matter how advanced her infirmity was such a vivid example of genuine love and honori
Gases have various properties that we can observe with our senses, including the gas pressure,temperature (T), mass, and the volume (V) that contains the gas. Careful, scientific observation has determined that these variables are related to one another and that the values of these properties determine the express of the gas.
The relationship between temperature and volume, at a constant number of moles and pressure, is called Charles and Gay-Lussac's Law in honor of the two French scientists who first investigated this relationship. Charles did the original verb, which was verified by Gay-Lussac. They observed that if the pressure is held constant, the volume V is equal to a constant times the temperature T:
For example, suppose we possess a theoretical gas confined in a jar with a piston at the top. The initial mention of the gas has a volume qual to cubic meters, and the temperature is Kelvin. With the pressure and number of moles held unwavering, the burner has been turned off and the gas is allowed to cool to Kelvin. (In an actual experiment, a cryogenic ice-bath would be
Optimization of Charles Gay-Lussac’s law experiment with temperature correction at the capillary pipe and fixed volume to improve the accuracy of experimental data in Polban applied physics laboratory
The results of Charles Gay-Lussac’s law experimental tools at Politeknik Negeri Bandung (Polban) Applied Physics Laboratory show the pressure value of x Pa with relative uncertainty value of % and the number of moles in a flask of mmole with relative uncertainty value of %. The experimental data has relatively low accuracy. In this study, Charles’s Law experimental tools were optimized by a measured temperature correction on the capillary pipe using the conduction concept. The heat distribution equation that occurs in capillary pipe was solved by numerical solutions using the finite difference method. The modification of Gay-Lussac’s Law experimental tools to receive fixed volume was located on the manometer integrated with a glass flask. Data collection techniques were carried out in two different circumstances, namely when the system is experiencing heating and cooling, then compared.