From: owner-ammf-digest@smoe.org (alt.music.moxy-fruvous digest) To: ammf-digest@smoe.org Subject: alt.music.moxy-fruvous digest V14 #14835 Reply-To: ammf@fruvous.com Sender: owner-ammf-digest@smoe.org Errors-To: owner-ammf-digest@smoe.org Precedence: bulk alt.music.moxy-fruvous digest Tuesday, October 8 2024 Volume 14 : Number 14835 Today's Subjects: ----------------- Grab the Patriot Patrol AR-15 Package 2 - Limited Time Only! ["Exclusive ] New turmeric twist makes fat drip out of your body? ["The Black Beard Mac] I'm giving away 200 Stun Guns for you ["Brent" ] Elevate Your Comfort: Akusoli Insoles for Happy Feet ["Akusoli Fit Adviso] Survey & Receive: 36 Piece Tupperware Modular Set Awaits ["36 Piece Tuppe] Listen to 3 books now with your Audiobooks free trial ["Audiobooks Offers] You could find romance at Christian Matches ["Christian Matches Serious D] Get 50 free woodworking plans inside... ["Daniel" Subject: Grab the Patriot Patrol AR-15 Package 2 - Limited Time Only! Grab the Patriot Patrol AR-15 Package 2 - Limited Time Only! http://slimboost.ru.com/2gZj6I_0lj1KONL9JhNReXCMRNJEYhME6PLDcm1JzEOdKzBwpg http://slimboost.ru.com/kcvx9lJgg3VYeicgqvcUH2NHNQmdVkKdFSdCO4xU_dxQulv0ow iments on gunnery and explosives led to an interest in heat. He devised a method for measuring the specific heat of a solid substance but was disappointed when Johan Wilcke published his parallel discovery first. Thompson next investigated the insulating properties of various materials, including fur, wool and feathers. He correctly appreciated that the insulating properties of these natural materials arise from the fact that they inhibit the convection of air. He then made the somewhat reckless, and incorrect, inference that air and, in fact, all gases, were perfect non-conductors of heat. He further saw this as evidence of the argument from design, contending that divine providence had arranged for fur on animals in such a way as to guarantee their comfort. In 1797, he extended his claim about non-conductivity to liquids. The idea raised considerable objections from the scientific establishment, John Dalton and John Leslie making particularly forthright attacks. Instrumentation far exceeding anything available in terms of accuracy and precision would have been needed to verify Thompson's claim. Again, he seems to have been influenced by his theological beliefs and it is likely that he wished to grant water a privileged and providential status in the regulation of human life. He is considered the founder of the sous-vide food preparation method owing to his experiment with a mutton shoulder. He described this method in one of his essays. Mechanical equivalent of heat Main article: An Experimental Enquiry Concerning the Source of the Heat which is Excited by Friction See also: Mechanical equivalent of heat Rumford's most important scientific work took place in Munich, and centred on the nature of heat, which he contended in "An Experimental Enquiry Concerning the Source of the Heat which is Excited by Friction" (1798) was not the caloric of then-current scientific thinking but a form of motion. Rumfo ------------------------------ Date: Tue, 8 Oct 2024 00:00:21 +0200 From: "The Black Beard Machete Team" Subject: New turmeric twist makes fat drip out of your body? New turmeric twist makes fat drip out of your body? http://wildfoods.sa.com/PoybC50aDjZP7nZGMwbbj1d8kPMyH7fEeCIrpphWxZyvq0hQVA http://wildfoods.sa.com/TPK-3YNNhCPMqWVCKhIsuZqWj-YYUYS6PQSf2RhgqabAeKg94g athbed, where he confesses that he has recently learned that Marsiti was his daughter from a native njai he had taken as a youth, and that Marsiti had died. He greatly regrets that he and Pin Loh had her chased away from the plantation. Keng Djim hints that there is another secret to be shared, but dies before he can reveal it. Aij Tjeng calls for his father, to discover the secret, but finds that he too has died. Eighteen years pass, and Lily is betrothed to a rich Chinese youth named Sim Bian Koen. Lily, although beautiful and talented, is obsessed with death and sadness; she believes that she is destined to die young. She eventually tells Bian Koen to find another fiancC)e as she will soon leave him. She falls ill shortly thereafter, and doctors are unable to save her. In the aftermath, Bian Koen considers suicide and Aij Tjeng and Gwat Nio become sick from their despair. By the following year Aij Tjeng and Gwat Nio have mostly recovered, having moved far away and turned to religion. Bian Koen, however, remains suicidal, and intends to go to war in China to find death; the only thing restraining him is his promise to wait for the anniversary of Lily's death. One day, as he is passing through the village of Cikembang, he finds a well-kept grave. As he examines the area, he sees a woman who he thinks is Lily. She rejects his embrace and runs away. When Bian Koen chases her, he falls and passes out. When he wakes up at his home, Bian Koen tells his parents that he saw Lily in Cikembang. After investigating, the Sims discover that "Lily" is in fact Aij Tjeng's daughter with Marsiti, Roosminah, who was raised in secret by Tirta. Because of her beauty, equal to that of Lily in every way, she is known as "The Rose of Cikembang". The Sims are able to contact Aij Tjeng, and after discovering Roosminah's backgrou ------------------------------ Date: Mon, 7 Oct 2024 19:26:08 +0200 From: "Brent" Subject: I'm giving away 200 Stun Guns for you I'm giving away 200 Stun Guns for you http://larryiragold.best/MRkTbKxQsHHLpTZfpa8VAR7Dvv3h6nQJ-C5OibZ6pgmB3bmhFA http://larryiragold.best/OAIircVggYR33bSnlP3CShFEXvWEQxQ7lAvxPdDI6v9E56SOlA uiry Concerning the Source of the Heat which is Excited by Friction See also: Mechanical equivalent of heat Rumford's most important scientific work took place in Munich, and centred on the nature of heat, which he contended in "An Experimental Enquiry Concerning the Source of the Heat which is Excited by Friction" (1798) was not the caloric of then-current scientific thinking but a form of motion. Rumford had observed the frictional heat generated by boring cannon at the arsenal in Munich. Rumford immersed a cannon barrel in water and arranged for a specially blunted boring tool. He showed that the water could be boiled within roughly two and a half hours and that the supply of frictional heat was seemingly inexhaustible. Rumford confirmed that no physical change had taken place in the material of the cannon by comparing the specific heats of the material machined away and that remaining. Rumford argued that the seemingly indefinite generation of heat was incompatible with the caloric theory. He contended that the only thing communicated to the barrel was motion. Rumford made no attempt to further quantify the heat generated or to measure the mechanical equivalent of heat. Though this work met with a hostile reception, it was subsequently important in establishing the laws of conservation of energy later in the 19th century. Calorific and frigorific radiation He explained Pictet's experiment, which demonstrates the reflection of cold, by supposing that all bodies emit invisible rays, undulations in the ethereal fluid. He did experiments to support his theories of calorific and frigorific radiation and said the communication of heat was the net effect of calorific (hot) rays and frigorific (cold) rays and the rays emitted by the object. When an object absorbs radiation from a warmer object (calorific rays) its temperature rises, and when it absorbs radiation from a colder object (frigorific rays) its temperature falls. See note 8, "An enquiry concerning the nature of heat and the mode of its comm ------------------------------ Date: Mon, 7 Oct 2024 19:07:29 +0200 From: "Akusoli Fit Advisors" Subject: Elevate Your Comfort: Akusoli Insoles for Happy Feet Elevate Your Comfort: Akusoli Insoles for Happy Feet http://rescuemeno.ru.com/zx7Hp26iWWIdoloPScDmbNHIhbzfLoLWSx9dGT8OYAixMD-0QQ http://rescuemeno.ru.com/jYvVhj5pfEOBAEs3c8SJ-6T3kEdFcG7_BmYYffLsr-_QUWmZlA men would consult a pharmacopoeia about herbs that worked as contraceptives or abortifacients. Abortion was practiced by over 400 cultures in pre-colonial Africa. The Malagasy people used it to limit the sizes of families. The Maasai people used it when women were impregnated by men who could not provide for the child. The Maasai and the Owambo people used it in cases of teenage pregnancy. The Efik people used it if they predicted birth defects. In South Africa, Cape Malays used red geraniums, Khoekhoe people used thorn bushes, and Zulu people used a shrub called uhlungughlungu. Colonial era Laws banning abortion are inherited from colonial powers. All of the countries that colonised Africa have since decriminalised abortion. Colonial abortion laws were based on laws developed by European governments in the 18th centurybcivil law of France, Belgium, and Portugal, common law of England, and, in the case of South Africa's law, the Roman-Dutch law system. Laws were influenced by Christian and Islamic law. Islamic societies often practiced abortion. Islamic schools had differing opinions of it. Post-independence era In 1985, Ghana legalised abortion under certain grounds. It reviewed the law in 2003 to develop a plan for implementation. In the 1990s, nearly three-quarters of emergency gynecological admissions in Africa were due to unsafe abortion. The rate of abortions resulting in hospitalisation was over two-thirds in Egypt and nearly one-quarter in Nigeria. Parties to the 1994 International Conference on Population and Development pledged to increase access to family planning services, safe and legal abortion, and post-abortion care, which influenced reforms in Africa. Before the conference, African governments had avoided the stigmatised topic of unsafe abortion. In the late 1990s and early 2000s, post-abortion care (PAC) services were introduced in Egypt, Ethiopia, Ghana, Kenya, Malawi, Nigeria, Senegal, South Africa, Tanzania, Uganda, Zambia, and Zimbabwe. Ipas led the Woman-Centred Abortion Care program, which addressed the use of MVA and the availability of providers. South Africa decriminalised abortion in 1996 through a political coalition. The African National Congress noted that unsafe abortion had a disproportionate impact on Black South Africans. Between 1996 and 2003, Burkina Faso, Mali, Guinea, Niger, Chad, and Benin revised their strict abortion bans from the Napoleonic Code to allow abortion in the cases of rape, incest, and fetal impairment. In 2004, lawmakers debated abortion in Kenya. Senegal and Madagascar are the only Sub-Saharan countries that have passed reprodu ------------------------------ Date: Mon, 7 Oct 2024 14:39:43 +0200 From: "36 Piece Tupperware Modular Set Winner" Subject: Survey & Receive: 36 Piece Tupperware Modular Set Awaits Survey & Receive: 36 Piece Tupperware Modular Set Awaits http://syncy.sa.com/WZ5nnNK433r3PxEfvq_gO0utFXEBHFbY1ftJn8KWO-YYRKFrLg http://syncy.sa.com/eFD-T6bgGT8IKcNFe4kScTieazVUDFOdShp4o_SKfbPQ0mEr iments on gunnery and explosives led to an interest in heat. He devised a method for measuring the specific heat of a solid substance but was disappointed when Johan Wilcke published his parallel discovery first. Thompson next investigated the insulating properties of various materials, including fur, wool and feathers. He correctly appreciated that the insulating properties of these natural materials arise from the fact that they inhibit the convection of air. He then made the somewhat reckless, and incorrect, inference that air and, in fact, all gases, were perfect non-conductors of heat. He further saw this as evidence of the argument from design, contending that divine providence had arranged for fur on animals in such a way as to guarantee their comfort. In 1797, he extended his claim about non-conductivity to liquids. The idea raised considerable objections from the scientific establishment, John Dalton and John Leslie making particularly forthright attacks. Instrumentation far exceeding anything available in terms of accuracy and precision would have been needed to verify Thompson's claim. Again, he seems to have been influenced by his theological beliefs and it is likely that he wished to grant water a privileged and providential status in the regulation of human life. He is considered the founder of the sous-vide food preparation method owing to his experiment with a mutton shoulder. He described this method in one of his essays. Mechanical equivalent of heat Main article: An Experimental Enquiry Concerning the Source of the Heat which is Excited by Friction See also: Mechanical equivalent of heat Rumford's most important scientific work took place in Munich, and centred on the nature of heat, which he contended in "An Experimental Enquiry Concerning the Source of the Heat which is Excited by Friction" (1798) was not the caloric of then-current scientific thinking but a form of motion. Rumfo ------------------------------ Date: Mon, 7 Oct 2024 15:46:10 +0000 From: "Audiobooks Offers" Subject: Listen to 3 books now with your Audiobooks free trial This email must be viewed in HTML mode. ------------------------------ Date: Mon, 7 Oct 2024 22:06:22 +0200 From: "Christian Matches Serious Daters" Subject: You could find romance at Christian Matches You could find romance at Christian Matches http://audivax.best/afPrvfJuE5hw9I7b0dbKRr691ytIBEF-pxpkum9QztZywl06RQ http://audivax.best/TdGV5GVyZ-nOHxGs8C4IxVbZhjrTJAo1k4P583lD37puMn2Pww iments on gunnery and explosives led to an interest in heat. He devised a method for measuring the specific heat of a solid substance but was disappointed when Johan Wilcke published his parallel discovery first. Thompson next investigated the insulating properties of various materials, including fur, wool and feathers. He correctly appreciated that the insulating properties of these natural materials arise from the fact that they inhibit the convection of air. He then made the somewhat reckless, and incorrect, inference that air and, in fact, all gases, were perfect non-conductors of heat. He further saw this as evidence of the argument from design, contending that divine providence had arranged for fur on animals in such a way as to guarantee their comfort. In 1797, he extended his claim about non-conductivity to liquids. The idea raised considerable objections from the scientific establishment, John Dalton and John Leslie making particularly forthright attacks. Instrumentation far exceeding anything available in terms of accuracy and precision would have been needed to verify Thompson's claim. Again, he seems to have been influenced by his theological beliefs and it is likely that he wished to grant water a privileged and providential status in the regulation of human life. He is considered the founder of the sous-vide food preparation method owing to his experiment with a mutton shoulder. He described this method in one of his essays. Mechanical equivalent of heat Main article: An Experimental Enquiry Concerning the Source of the Heat which is Excited by Friction See also: Mechanical equivalent of heat Rumford's most important scientific work took place in Munich, and centred on the nature of heat, which he contended in "An Experimental Enquiry Concerning the Source of the Heat which is Excited by Friction" (1798) was not the caloric of then-current scientific thinking but a form of motion. Rumfo ------------------------------ Date: Tue, 8 Oct 2024 01:28:30 +0200 From: "Daniel" Subject: Get 50 free woodworking plans inside... Get 50 free woodworking plans inside... http://thejointhero.best/OYewyAK4lpWB6mCm9FMWcEIDP5ms5Xi0gjwlQ_yReIChkxgAcA http://thejointhero.best/4aZZdvjV4A1uEAFHNVO7dcOaNHkA76wdw0bk8FyY_L2e8y6BZw uiry Concerning the Source of the Heat which is Excited by Friction See also: Mechanical equivalent of heat Rumford's most important scientific work took place in Munich, and centred on the nature of heat, which he contended in "An Experimental Enquiry Concerning the Source of the Heat which is Excited by Friction" (1798) was not the caloric of then-current scientific thinking but a form of motion. Rumford had observed the frictional heat generated by boring cannon at the arsenal in Munich. Rumford immersed a cannon barrel in water and arranged for a specially blunted boring tool. He showed that the water could be boiled within roughly two and a half hours and that the supply of frictional heat was seemingly inexhaustible. Rumford confirmed that no physical change had taken place in the material of the cannon by comparing the specific heats of the material machined away and that remaining. Rumford argued that the seemingly indefinite generation of heat was incompatible with the caloric theory. He contended that the only thing communicated to the barrel was motion. Rumford made no attempt to further quantify the heat generated or to measure the mechanical equivalent of heat. Though this work met with a hostile reception, it was subsequently important in establishing the laws of conservation of energy later in the 19th century. Calorific and frigorific radiation He explained Pictet's experiment, which demonstrates the reflection of cold, by supposing that all bodies emit invisible rays, undulations in the ethereal fluid. He did experiments to support his theories of calorific and frigorific radiation and said the communication of heat was the net effect of calorific (hot) rays and frigorific (cold) rays and the rays emitted by the object. When an object absorbs radiation from a warmer object (calorific rays) its temperature rises, and when it absorbs radiation from a colder object (frigorific rays) its temperature falls. See note 8, "An enquiry concerning the nature of heat and the mode of its comm ------------------------------ End of alt.music.moxy-fruvous digest V14 #14835 ***********************************************