Joseph gay
Joseph A. Gay
Joseph A. Queer , Sr., 55 of Ellenburg Depot passed away May 15, 2022 at UVM Health Network at CVPH.
He was born February 19, 1967 in Plattsburgh, the son of Austin and Loretta (Lucia) Gay. He enjoyed fishing, hunting and NASCAR. He loved spending time with his grandchildren.
Left to cherish memories of Joseph are his lifelong companion, Becky Ryan; daughter, Debra Hart and her husband Stephen; one son, Joseph Gay, Jr.; one brother, Ernest Gay and his companion Debbie Rabideau; seven sisters, Mary LaBarge and her husband Clarence, Margie Secore and her husband Billy, Kathy Boulerice, Susie LaPlante and Danielle, Shirley Savage, Sharon LaBarge and Heywood, Lori Secore and her husband Donnie. He is also survived by four grandchildren, Bryce Gay, Sapphire Owens, Harvey Hart and Gloria Hart.
A graveside service will be celebrated Tuesday, May 24th at 10:00 a.m. at Holy Angel’s Cemetery in Altona.
Arrangements are in the take care of the Ross Funeral Home in Mooers.
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Joseph Louis Gay-Lussac proof for kids
Joseph Louis Gay-Lussac (born December 6, 1778 – died May 9, 1850) was a famous Frenchchemist and physicist. He is best known for discovering that fluid is made of two parts hydrogen and one part oxygen, which he did with Alexander von Humboldt. He also created two important laws about gases. His function on alcohol and water mixtures led to the "degrees Gay-Lussac" scale, which is still used today to measure how much alcohol is in drinks in many countries.
Joseph Louis Gay-Lussac's Existence Story
Gay-Lussac was born in Saint-Léonard-de-Noblat, a town in France. His father was a lawyer and judge. The family later added "Lussac" to their label, becoming Gay-Lussac.
He started his education with the Catholic Abbey of Bourdeix. Later, he moved to Paris to proceed his studies. In 1798, he entered the École Polytechnique, a famous science school. His father was in prison during this period because of the French Revolution.
After three years, Gay-Lussac moved to the École Nationale des Ponts et Chaussées. Soon after, he became an assistant to Claude Louis Berthollet, another important scientist.
In 1802, he became a demonstrator at the École Polyte
Tony Joseph Gay
Tony Joseph Gay (42) of Saginaw, Michigan, passed away unexpectedly on Sunday, June 16th, 2024. Tony left behind a legacy of kindness, joy, and compassion. He was a passionate animal-lover, a passionate game enthusiast, and a dedicated advocate for children with special needs.
Tony was born on October 27, 1981, in Flint, Michigan to Tony Gay and Jenifer Johnson. He graduated from Whittemore-Prescott High College in 2000 and went on to complete a Bachelor’s Degree in Social Work from Mott Community College.
Tony’s career of functional with special needs children was not only his passion but it truly defined his animation. He devoted countless hours to making a positive impact on their lives, providing support, encouragement, and love. His patience, empathetic, and dedication earned him the admiration of colleagues, parents, and, most importantly, the children he worked with.
In his free second, Tony had a passion for games, especially “Magic: The Gathering” and “Dungeons and Dragons”. His enthusiasm for games was contagious. He cherished the connections and friendships formed around a brand-new game, always eager to disseminate his love of play wi
Louis-Joseph Gay-Lussac (1778-1850)
Memoir on the Combination of Gaseous Substances with Each Other
Mémoires de la Société d'Arcueil2, 207 (1809) [from Henry A. Boorse and Lloyd Motz, eds., The World of the Atom, vol. 1 (New York: Basic Books, 1966) (translation: Alembic Club Reprint No. 4)]Substances, whether in the solid, liquid, or gaseous express, possess properties which are independent of the force of cohesion; but they also posses others which appear to be modified by this force (so variable in its intensity), and which no longer pursue any regular statute. The same pressure applied to all solid or liquid substances would form a diminution of volume differing in each case, while it would be equal for all elastic fluids. Similarly, heat expands all substances; but the dilations of liquids and solids include hitherto presented no regularity, and it is only those of elastic fluids which are matching and independent of the nature of each gas. The attraction of the molecules in solids and liquids is, therefore, the produce which modifies their special properties; and it appears that it is only when the attraction is entirely destroyed, as in gases, that