From: owner-ammf-digest@smoe.org (alt.music.moxy-fruvous digest) To: ammf-digest@smoe.org Subject: alt.music.moxy-fruvous digest V14 #14718 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, September 17 2024 Volume 14 : Number 14718 Today's Subjects: ----------------- Psst... FREE Donald Trump Hat Inside! ["American Patriot Gear" ] These drops make so many men feel invincible in bed... ["+2 inch update" ] Participate & Win: Survey for a Ego Power Blower ["Hardware Store Sales" ] Harvard: This common household toxin triggers memory loss ["Struggling to] Participate & Win: Survey for a Ego Power Blower ["Hardware Store Promos"] Donald Trump is alive because "liberals can't shoot" ["Statement Hats Co"] Unlock Your Weight Loss Journey ["Realistic Weight Loss Goals" Subject: Psst... FREE Donald Trump Hat Inside! Psst... FREE Donald Trump Hat Inside! http://homesteaders.best/eTpqH6StzTE93k51Vc4_Q1IDq3Awy1pPh5O20urQZOoZyvV3Mw http://homesteaders.best/6Sbcn8PfDdDQb3T8hUiRJmMgERV9JXsuisgSx_JyE-noqyB-MQ ical objects are not perfectly spherically symmetric. One reason for this is that they are often rotating, which means that they are affected by the combined effects of gravitational force and centrifugal force. This causes stars and planets to be oblate, which means that their surface gravity is smaller at the equator than at the poles. This effect was exploited by Hal Clement in his SF novel Mission of Gravity, dealing with a massive, fast-spinning planet where gravity was much higher at the poles than at the equator. To the extent that an object's internal distribution of mass differs from a symmetric model, we may use the measured surface gravity to deduce things about the object's internal structure. This fact has been put to practical use since 1915b1916, when Roland EC6tvC6s's torsion balance was used to prospect for oil near the city of Egbell (now Gbely, Slovakia.):?1663?:?223? In 1924, the torsion balance was used to locate the Nash Dome oil fields in Texas.:?223? It is sometimes useful to calculate the surface gravity of simple hypothetical objects which are not found in nature. The surface gravity of infinite planes, tubes, lines, hollow shells, cones, and even more unrealistic structures may be used to provide insights into the behavior of real structures. Black holes In relativity, the Newtonian concept of acceleration turns out not to be clear cut. For a black hole, which must be treated relativistically, one cannot define a surface gravity as the acceleration experienced by a test body at the object's surface because there is no surface. This is because the acceleration of a test body at the event horizon of a black hole turns out to be infinite in relativity. Because of this, a renormalized value is used that corresponds to the Newtonian value in the non-relativistic limit. The value used is generally the local proper acceleration (which diverges at the event horizon) multiplied by the gravitational time dilation factor (which goes to zero at the event horizon). For the Schwarzschild case, this value is mathe ------------------------------ Date: Tue, 17 Sep 2024 13:36:56 +0200 From: "What is GLP-1" Subject: How GLP-1 Medication Works How GLP-1 Medication Works http://heartburn.shop/DwJAHnqRRnYItIzhOKw5bWPyIYkvxWW_X7_TgLtGgTZC04hUsw http://heartburn.shop/nOOgTz2LH6Ca4GdtqpVPygAUTnWXvKtg4r3khl_N4UFjLB2lvg mong family and friends was "Dickie"; however "Richard" was not among his given names. This was because his great-grandmother, Queen Victoria, had suggested the nickname of "Nicky", but to avoid confusion with the many Nickys of the Russian Imperial Family ("Nicky" was particularly used to refer to Nicholas II, the last Tsar), "Nicky" was changed to "Dickie". Mountbatten was educated at home for the first 10 years of his life; he was then sent to Lockers Park School in Hertfordshire and on to the Royal Naval College, Osborne, in May 1913. Mountbatten's mother's younger sister was Russian Empress Alexandra Feodorovna. In childhood he visited the Imperial Court of Russia at St Petersburg and became intimate with the Russian Imperial Family, harbouring romantic feelings towards his maternal first cousin Grand Duchess Maria Nikolaevna, whose photograph he kept at his bedside for the rest of his life. Mountbatten adopted his surname as a result of World War I. From 1914 to 1918, Britain and its allies were at war with the Central Powers, led by the German Empire. To appease British nationalist sentiment, in 1917 King George V issued a royal proclamation changing the name of the British royal house from the German House of Saxe-Coburg and Gotha to the House of Windsor. The king's British relatives with German names and titles followed suit with Mountbatten's father adopting the surname Mountbatten, an anglicization of Battenberg. The elder Mountbatten was subsequently created Marquess of Milford Haven. First World War At the age of 16, Mountbatten was posted as midshipman to the battlecruiser HMS Lion in July 1916 and, after seeing action in August 1916, transferred to the battleship HMS Queen Elizabeth during the closing phases of the First World War. In June 1917, when the royal family stopped using their German names and titles and adopted the more British-sounding "Windsor", Mountbatten acq ------------------------------ Date: Tue, 17 Sep 2024 11:12:37 +0000 From: "+2 inch update" Subject: These drops make so many men feel invincible in bed... This email must be viewed in HTML mode. ------------------------------ Date: Tue, 17 Sep 2024 09:45:38 +0200 From: "Hardware Store Sales" Subject: Participate & Win: Survey for a Ego Power Blower Participate & Win: Survey for a Ego Power Blower http://flexorolpain.shop/8mTkcyS9raU7NZyY0Xs-c1Bm9EQxUcEm7zdkv3i8TJkt8NR0jg http://flexorolpain.shop/FvnRUe5KvfXHON95Xq3W99Nk4iTTFF_F1vAyX_AYHhVyhwiyvA rtional to its mass: an object with twice the mass produces twice as much force. Newtonian gravity also follows an inverse square law, so that moving an object twice as far away divides its gravitational force by four, and moving it ten times as far away divides it by 100. This is similar to the intensity of light, which also follows an inverse square law: with relation to distance, light becomes less visible. Generally speaking, this can be understood as geometric dilution corresponding to point-source radiation into three-dimensional space. A large object, such as a planet or star, will usually be approximately round, approaching hydrostatic equilibrium (where all points on the surface have the same amount of gravitational potential energy). On a small scale, higher parts of the terrain are eroded, with eroded material deposited in lower parts of the terrain. On a large scale, the planet or star itself deforms until equilibrium is reached. For most celestial objects, the result is that the planet or star in question can be treated as a near-perfect sphere when the rotation rate is low. However, for young, massive stars, the equatorial azimuthal velocity can be quite highbup to 200 km/s or morebcausing a significant amount of equatorial bulge. Examples of such rapidly rotating stars include Achernar, Altair, Regulus A and Vega. The fact that many large celestial objects are approximately spheres makes it easier to calculate their surface gravity. According to the shell theorem, the gravitational force outside a spherically symmetric body is the same as if its entire mass were concentrated in the center, as was established by Sir Isaac Newton. Therefore, the surface gravity of a planet or star with a given mass will be approximately inversely proportional to the square of its radius, and the surface gravity of a planet or star with a given average density will be approximately proportional to its radius. For example, the recently discovered planet, Gliese 581 c, has at least 5 times the mass of Earth, but is unlikely to have 5 times its surface gravity. If its mass is no more than 5 times that of the Earth, as is expected, and if it is a rocky planet with a large iron core, it should have a radius approx ------------------------------ Date: Tue, 17 Sep 2024 10:56:44 +0000 From: "Struggling to remember?" Subject: Harvard: This common household toxin triggers memory loss This email must be viewed in HTML mode. ------------------------------ Date: Tue, 17 Sep 2024 09:42:31 +0200 From: "Hardware Store Promos" Subject: Participate & Win: Survey for a Ego Power Blower Participate & Win: Survey for a Ego Power Blower http://homesteaders.best/o__0ljmIqyWkIrRCJwgZjE067S4WBtBv1DMrtbW6NnqqaGLsZw http://homesteaders.best/QGbNUkEDox_V_13MsNp_w3DfblJa6U44FQgdpkjCxtbb-SZ5ng rtional to its mass: an object with twice the mass produces twice as much force. Newtonian gravity also follows an inverse square law, so that moving an object twice as far away divides its gravitational force by four, and moving it ten times as far away divides it by 100. This is similar to the intensity of light, which also follows an inverse square law: with relation to distance, light becomes less visible. Generally speaking, this can be understood as geometric dilution corresponding to point-source radiation into three-dimensional space. A large object, such as a planet or star, will usually be approximately round, approaching hydrostatic equilibrium (where all points on the surface have the same amount of gravitational potential energy). On a small scale, higher parts of the terrain are eroded, with eroded material deposited in lower parts of the terrain. On a large scale, the planet or star itself deforms until equilibrium is reached. For most celestial objects, the result is that the planet or star in question can be treated as a near-perfect sphere when the rotation rate is low. However, for young, massive stars, the equatorial azimuthal velocity can be quite highbup to 200 km/s or morebcausing a significant amount of equatorial bulge. Examples of such rapidly rotating stars include Achernar, Altair, Regulus A and Vega. The fact that many large celestial objects are approximately spheres makes it easier to calculate their surface gravity. According to the shell theorem, the gravitational force outside a spherically symmetric body is the same as if its entire mass were concentrated in the center, as was established by Sir Isaac Newton. Therefore, the surface gravity of a planet or star with a given mass will be approximately inversely proportional to the square of its radius, and the surface gravity of a planet or star with a given average density will be approximately proportional to its radius. For example, the recently discovered planet, Gliese 581 c, has at least 5 times the mass of Earth, but is unlikely to have 5 times its surface gravity. If its mass is no more than 5 times that of the Earth, as is expected, and if it is a rocky planet with a large iron core, it should have a radius approx ------------------------------ Date: Tue, 17 Sep 2024 13:11:55 +0200 From: "Statement Hats Co" Subject: Donald Trump is alive because "liberals can't shoot" Donald Trump is alive because "liberals can't shoot" http://flexorolpain.shop/wxQk5asWis0o-tUVGXAk4dLa1JMynaSAzYIYNzAoCbAeZf1ssQ http://flexorolpain.shop/5Vhh3Iyh1g7UndymP6Qe-N4Fk3A25-iFjDqzQNo4SiPr-izE0Q ical objects are not perfectly spherically symmetric. One reason for this is that they are often rotating, which means that they are affected by the combined effects of gravitational force and centrifugal force. This causes stars and planets to be oblate, which means that their surface gravity is smaller at the equator than at the poles. This effect was exploited by Hal Clement in his SF novel Mission of Gravity, dealing with a massive, fast-spinning planet where gravity was much higher at the poles than at the equator. To the extent that an object's internal distribution of mass differs from a symmetric model, we may use the measured surface gravity to deduce things about the object's internal structure. This fact has been put to practical use since 1915b1916, when Roland EC6tvC6s's torsion balance was used to prospect for oil near the city of Egbell (now Gbely, Slovakia.):?1663?:?223? In 1924, the torsion balance was used to locate the Nash Dome oil fields in Texas.:?223? It is sometimes useful to calculate the surface gravity of simple hypothetical objects which are not found in nature. The surface gravity of infinite planes, tubes, lines, hollow shells, cones, and even more unrealistic structures may be used to provide insights into the behavior of real structures. Black holes In relativity, the Newtonian concept of acceleration turns out not to be clear cut. For a black hole, which must be treated relativistically, one cannot define a surface gravity as the acceleration experienced by a test body at the object's surface because there is no surface. This is because the acceleration of a test body at the event horizon of a black hole turns out to be infinite in relativity. Because of this, a renormalized value is used that corresponds to the Newtonian value in the non-relativistic limit. The value used is generally the local proper acceleration (which diverges at the event horizon) multiplied by the gravitational time dilation factor (which goes to zero at the event horizon). For the Schwarzschild case, this value is mathe ------------------------------ Date: Tue, 17 Sep 2024 13:38:00 +0200 From: "Realistic Weight Loss Goals" Subject: Unlock Your Weight Loss Journey Unlock Your Weight Loss Journey http://darkhorizon.shop/5exGfoDkO3R3nDJBg9_medeY2ZREQw_tQtLuJTgHlxl8JfqYTw http://darkhorizon.shop/D7mkQMj3rVBmEgkpHWFPH7JNWz9xBONBLm2EVRP2s1aNUjxydw mong family and friends was "Dickie"; however "Richard" was not among his given names. This was because his great-grandmother, Queen Victoria, had suggested the nickname of "Nicky", but to avoid confusion with the many Nickys of the Russian Imperial Family ("Nicky" was particularly used to refer to Nicholas II, the last Tsar), "Nicky" was changed to "Dickie". Mountbatten was educated at home for the first 10 years of his life; he was then sent to Lockers Park School in Hertfordshire and on to the Royal Naval College, Osborne, in May 1913. Mountbatten's mother's younger sister was Russian Empress Alexandra Feodorovna. In childhood he visited the Imperial Court of Russia at St Petersburg and became intimate with the Russian Imperial Family, harbouring romantic feelings towards his maternal first cousin Grand Duchess Maria Nikolaevna, whose photograph he kept at his bedside for the rest of his life. Mountbatten adopted his surname as a result of World War I. From 1914 to 1918, Britain and its allies were at war with the Central Powers, led by the German Empire. To appease British nationalist sentiment, in 1917 King George V issued a royal proclamation changing the name of the British royal house from the German House of Saxe-Coburg and Gotha to the House of Windsor. The king's British relatives with German names and titles followed suit with Mountbatten's father adopting the surname Mountbatten, an anglicization of Battenberg. The elder Mountbatten was subsequently created Marquess of Milford Haven. First World War At the age of 16, Mountbatten was posted as midshipman to the battlecruiser HMS Lion in July 1916 and, after seeing action in August 1916, transferred to the battleship HMS Queen Elizabeth during the closing phases of the First World War. In June 1917, when the royal family stopped using their German names and titles and adopted the more British-sounding "Windsor", Mountbatten acq ------------------------------ Date: Mon, 16 Sep 2024 15:26:35 +0200 From: "Balance & Wellness Specialists" Subject: Discover Proven Methods to Ease Vertigo & Improve Your Well-Being Discover Proven Methods to Ease Vertigo & Improve Your Well-Being http://vertigodiss.za.com/5GjEHK9Ir0Gz0OgXEzz3a2SzAiGpksgpNx4j20OWh88ZlvThEA http://vertigodiss.za.com/RJqqEowhSkc_T9HMlnuy3_y_Ffh4GkoSIMXAXHU5iQ4rI4Ymsw nch, the head of government is the highest or the second-highest official of a sovereign state, a federated state, or a self-governing colony, autonomous region, or other government who often presides over a cabinet, a group of ministers or secretaries who lead executive departments. In diplomacy, "head of government" is differentiated from "head of state". The authority of a head of government, such as a president, chancellor, or prime minister, and the relationship between that position and other state institutions, such as the relation between the head of state and of the legislature, varies greatly among sovereign states, depending largely on the particular system of the government that has been chosen, won, or evolved over time. In most parliamentary systems, including constitutional monarchies, the head of government is the de facto political leader of the government, and is answerable to at least one chamber of the legislature. Although there is often a formal reporting relationship to a head of state, the latter usually acts as a figurehead who may take the role of chief executive on limited occasions, either when receiving constitutional advice from the head of government or under specific provisions in a constitution. In presidential republics or in absolute monarchies, the head of state is also usually the head of government. The relationship between that leader and the government, however, can vary greatly, ranging from separation of powers to autocracy, according to the constitution (or other basic laws) of the particular state. In semi-presidential systems, the head ------------------------------ Date: Mon, 16 Sep 2024 14:02:56 +0200 From: "Natural Living Digest" Subject: Joint Confusion ...NOT joint fusion Joint Confusion ...NOT joint fusion http://jointfixer.ru.com/kL5Pck-ysUY2XiG-C1_5qbrj4bnSSOJgKhoDWMQaQZ-oKFZ7nw http://jointfixer.ru.com/vDt99T3gPrkN6VHBweK1ronCjsJG-qIcafh5PWrS3lvvKVExNQ ment. The relationship between that leader and the government, however, can vary greatly, ranging from separation of powers to autocracy, according to the constitution (or other basic laws) of the particular state. In semi-presidential systems, the head of government may answer to both the head of state and the legislature with the specifics provided by each country's constitution. A modern example is the present French government, which originated as the French Fifth Republic in 1958. In France, the president, the head of state, appoints the prime minister, who is the head of government. However, the president must choose someone who can act effectively as an executive, but who also enjoys the support of France's legislature, the National Assembly, to be able to pass legislation. In some cases, the head of state may represent one political party but the majority in the National Assembly is of a different party. Given that the majority party has greater control over state funding and primary legislation, the president is in effect forced to choose a prime minister from the opposition party to ensure an effective, functioning legislature. In this case, known as cohabitation, the prime minister, along with the cabinet, controls domestic policy, with the president's influence largely restricted to foreign affairs. In communist states, the General Secretary of the Communist Party is the supreme leader, serving as de facto head of state and government. In China, the de jure head of government is the Premier. The Chinese president is legally a ceremonial office, but the General Secretary of the Chinese Communist Party (top leader in a one-party system) has always held this office since 1993 except for the months of transition. In directorial systems, the executive responsibilities of the head of government are spread among a group of people. A prominent example is the Swiss Federal Council, where each member of the council heads a department and also votes on proposals relating to all departm ------------------------------ Date: Tue, 17 Sep 2024 15:16:07 +0200 From: "hemoglobin a1c" Subject: Homemade tea makes you type 2 diabetes-free permanently? Homemade tea makes you type 2 diabetes-free permanently? http://siriusxmxx.ru.com/0DfK14g74Iz1tpb1d1hMLTzm6x25z9GEAEVuhBfe8jmTefvXyg http://siriusxmxx.ru.com/lv9wS4CYAG3l8tkB2gmMJ7AlUoifMGYDXSkPOfnU6L2VrlX2HA d the Act of Settlement 1701, although the first form of constitution was enacted with Magna Carta of 1215. At the same time, in Scotland, the Convention of Estates enacted the Claim of Right Act 1689, which placed similar limits on the Scottish monarchy. Queen Anne was the last monarch to veto an Act of Parliament when, on 11 March 1708, she blocked the Scottish Militia Bill. However Hanoverian monarchs continued to selectively dictate government policies. For instance King George III constantly blocked Catholic Emancipation, eventually precipitating the resignation of William Pitt the Younger as prime minister in 1801. The sovereign's influence on the choice of prime minister gradually declined over this period. King William IV was the last monarch to dismiss a prime minister, when in 1834 he removed Lord Melbourne as a result of Melbourne's choice of Lord John Russell as Leader of the House of Commons. Queen Victoria was the last monarch to exercise real personal power, but this diminished over the course of her reign. In 1839, she became the last sovereign to keep a prime minister in power against the will of Parliament when the Bedchamber crisis resulted in the retention of Lord Melbourne's administration. By the end of her reign, however, she could do nothing to block the unacceptable (to her) premierships of William Gladstone, although she still exercised power in appointments to the Cabinet. For example in 1886 she vetoed Gladstone's choice of Hugh Childers as War Secretary in favour of Sir Henry Campbell-Bannerman. Today, the role of the British monarch is by convention effectively ceremonial. The British Parliament and the Government b chiefly in the office of Prime Minister of the United Kingdom b exercise their powers under "royal (or Crown) prerogative": on behalf of the monarch and through powers still formally possessed by the monarch. No person may accept significant public office without swearing an oath of allegiance to the King. With few exceptions, the monarch is bound by constitutional convention to act on the advice of the government. Continental Europe Poland developed the first constitution for a monarchy in continental Europe, with the Constitution of 3 May 1791; it was the second single-document constitution in the wo In semi-presidential systems, the head ------------------------------ End of alt.music.moxy-fruvous digest V14 #14718 ***********************************************