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Subject: alt.music.moxy-fruvous digest V14 #3737
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alt.music.moxy-fruvous digest Thursday, March 12 2020 Volume 14 : Number 3737



                               Today's Subjects:
                               -----------------
  Exotic Asian Women are waiting for you Now  ["AsianBeautydating" <AsianBea]
  Nikola Tesla secret inventions and hidden technologies are now available to Public  ["Nikola Tesla Generator" <NikolaTeslaGenerator@wifisn]
  Last Chance To Grab A Free Tactical Flashlight  ["Perfect Tactical Flashli]
  Just to Say Hello       ["AsianBeautydating" <AsianBeauty@visionhero.buzz>]
  Pinecone Research   ["Pinecone Research" <PineconeResearch@smartbras.buzz>]
  This great new way to generate free energy  ["Free Electricity" <FreeElect]

----------------------------------------------------------------------

Date: Thu, 12 Mar 2020 03:51:07 -0400
From: "AsianBeautydating" <AsianBeauty@visionhero.buzz>
Subject: Exotic Asian Women are waiting for you Now

Exotic Asian Women are waiting for you Now

http://visionhero.buzz/8vExPynj4kkV5tGPjKuqkmGe2wRxQzd4hQRsGKxpjLU2

http://visionhero.buzz/HRt4xq65u4r5eI7jfOS_RSoyrX7YenntObjFtuBayOhf

    Polls based on samples of populations are subject to sampling error which reflects the effects of chance and uncertainty in the sampling process. Sampling polls rely on the law of large numbers to measure the opinions of the whole population based only on a subset, and for this purpose the absolute size of the sample is important, but the percentage of the whole population is not important (unless it happens to be close to the sample size). The possible difference between the sample and whole population is often expressed as a margin of error - usually defined as the radius of a 95% confidence interval for a particular statistic. One example is the percent of people who prefer product A versus product B. When a single, global margin of error is reported for a survey, it refers to the maximum margin of error for all reported percentages using the full sample from the survey. If the statistic is a percentage, this maximum margin of error can be calculated as the radius of the confidence interval for a reported percentage of 50%. Others suggest that a poll with a random sample of 1,000 people has margin of sampling error of B13% for the estimated percentage of the whole population.

A 3% margin of error means that if the same procedure is used a large number of times, 95% of the time the true population average will be within the sample estimate plus or minus 3%. The margin of error can be reduced by using a larger sample, however if a pollster wishes to reduce the margin of error to 1% they would need a sample of around 10,000 people. In practice, pollsters need to balance the cost of a large sample against the reduction in sampling error and a sample size of around 500b1,000 is a typical compromise for political polls. (Note that to get complete responses it may be necessary to include thousands of additional participators.)

Another way to reduce the margin of error is to rely on poll averages. This makes the assumption that the procedure is similar enough between many different polls and uses the sample size of each poll to create a polling average. An example of a polling average can be found here: 2008 Presidential Election polling average. Another source of error stems from faulty demographic models by pollsters who weigh their samples by particular variables such as party identification in an election. For example, if you assume that the breakdown of the US population by party identification has not changed since the previous presidential election, you may underestimate a victory or a defeat of a particular party candidate that saw a surge or decline in its party registration relative to the previous presidential election cycle.

A caution is that an estimate of a trend is subject to a larger error than an estimate of a level. This is because if one estimates the change, the difference between two numbers X and Y, then one has to contend with errors in both X and Y. A rough guide is that if the change in measurement falls outside the margin of error it is worth attention

------------------------------

Date: Thu, 12 Mar 2020 05:34:16 -0400
From: "Nikola Tesla Generator" <NikolaTeslaGenerator@wifisnoring.buzz>
Subject: Nikola Tesla secret inventions and hidden technologies are now available to Public

Nikola Tesla secret inventions and hidden technologies are now available to Public

http://wifisnoring.buzz/CG3Meag0qUPgwIsDaBCBFZNIgEANjNdfS1-QsGrNOcA70Whw

http://wifisnoring.buzz/Ez3POZ1e6seMRwFyk365n5npmMrTqX2l6mK1FJW0rct7okmk

    Mobile phones communicate with cell towers that are placed to give coverage across a telephone service area which is divided up into 'cells'. Each cell uses a different set of frequencies from neighboring cells, and will typically be covered by 3 towers placed at different locations. The cell towers are usually interconnected to each other and the phone network and the internet by wired connections. Due to bandwidth limitations each cell will have a maximum number of cell phones it can handle at once. The cells are therefore sized depending on the expected usage density, and may be much smaller in cities. In that case much lower transmitter powers are used to avoid broadcasting beyond the cell.

In order to handle the high traffic, multiple towers can be setup in the same area(using different frequencies). This can be done permanently or temporarily such as at special events like at the Super Bowl, Taste of Chicago, State Fair, NYC New Year's Eve, hurricane hit cities, etc. where cell phone companies will bring a truck with equipment to host the abnormally high traffic with a portable cell.

Cellular can greatly increase the capacity of simultaneous wireless phone calls. While a phone company for example, has a license to 1000 frequencies, each cell must use unique frequencies with each call using one of them when communicating. Because cells only slightly overlap, the same frequency can be reused. Example cell 1 uses frequency 1b500, next door cell uses frequency 501b1000, next door can reuse frequency 1b500. Cells 1 and 3 are not "touching" and do not overlap/communicate so each can reuse the same frequencies.[citation needed]

This is even more greatly increased when phone companies implemented digital networks. With digital, one frequency can host multiple simultaneous calls increasing capacity even more.

As a phone moves around, a phone will "hand off" - automatically disconnect and reconnect to the tower of another cell that gives the best reception.

Additionally, short-range Wi-Fi infrastructure is often used by smartphones as much as possible as it offloads traffic from cell networks on to local area networks

------------------------------

Date: Thu, 12 Mar 2020 04:29:08 -0400
From: "Perfect Tactical Flashlight" <PerfectTacticalFlashlight@visionhero.buzz>
Subject: Last Chance To Grab A Free Tactical Flashlight

Last Chance To Grab A Free Tactical Flashlight

http://visionhero.buzz/uetmzstAXqU2Y4Cd4t8BoIpsdjbbLwZg5ETeZBHeZAUK-jxV

http://visionhero.buzz/k51yt-LJzqmn3EVJKg0UdYPqKsh6Q_5sLemkcF8f8El04Yug

onic line of Emperors through at least two female lines. The more recent link was through Woizero Aster Iyasu (wife of Ras Mikael Sehul, daughter of Mentewab and her lover, Melmal Iyasu, a Solomonic prince and nephew of Mentewab's late husband Bakaffa).


Prince Asfa-Wossen Asserate, a member of the Solomonic dynasty.
The Shewan line was next on the Imperial throne with the coronation of Menelik II, previously Menelik King of Shewa, in 1889. The Shewan Branch of the Imperial Solomonic dynasty, like the Gondarine line, could trace uninterrupted male line descent from King Yekonu Amlak, though Abeto Negassi Yisaq, the grandson of Dawit II by his youngest son Abeto Yaqob. The direct male line ended with Menelik II b who was succeeded first by the son of his daughter Lij Iyasu from 1913 to 1916, then by his daughter Zewditu until 1930, and finally by the son of a first cousin in the female line, Haile Selassie I. Haile Selassie's reign lasted until 1974, when the dynasty was removed from power. His grandson Prince Zera Yacob is his legal heir and therefore the current head of the imperial dynasty. The Shewan branch has several sub-branches, most notably the Selalle line established by Menelik II's uncle Ras Darge.

The oldest junior cadet branch of the Solomonic Dynasty is the Gojjam branch which traces its ancestry through various lines of the main branch of the Solomonic dynasty. One of the more prominent lines comes from Princess Walata Israel, the daughter of Melmal Iyasu and Empress Mentewab. She would later marry Dejazmach Yosedek who would later give rise to the Gojam Imperial House by way of their child "Talaku" Ras Hailu. The Princes of Gojam which include Ras Merid Hailu ( son of Ras Hailu Yosedek), Ras Goshu Zewde, Tekle Haymanot of Gojjam, Dejazmach Tadla Gwalu and Ras Desta Tadla all claim royal blood through the main Gonder Imperial House through Empress Mentewab and the Solomonic Prince Melmal Iyasu. Its most recent members include Tekle Haimanot King of Gojjam, his son Leul Ras Hailu Tekle Haimanot, who was the most senior Ethiopian noble who submitted to the Italian occupation of 1936b1941; and his nephew Ras Hailu Belew

------------------------------

Date: Thu, 12 Mar 2020 03:32:26 -0400
From: "AsianBeautydating" <AsianBeauty@visionhero.buzz>
Subject: Just to Say Hello

Just to Say Hello

http://visionhero.buzz/1YIto-hnsksPruRrU7WMTmcXT6QubZ28nHUq8czUE9C95g

http://visionhero.buzz/8N7q2X39mddRScYRoKTqpo7LRgHMirDWPWUjNkWnriJtcQ

    Polls based on samples of populations are subject to sampling error which reflects the effects of chance and uncertainty in the sampling process. Sampling polls rely on the law of large numbers to measure the opinions of the whole population based only on a subset, and for this purpose the absolute size of the sample is important, but the percentage of the whole population is not important (unless it happens to be close to the sample size). The possible difference between the sample and whole population is often expressed as a margin of error - usually defined as the radius of a 95% confidence interval for a particular statistic. One example is the percent of people who prefer product A versus product B. When a single, global margin of error is reported for a survey, it refers to the maximum margin of error for all reported percentages using the full sample from the survey. If the statistic is a percentage, this maximum margin of error can be calculated as the radius of the confidence interval for a reported percentage of 50%. Others suggest that a poll with a random sample of 1,000 people has margin of sampling error of B13% for the estimated percentage of the whole population.

A 3% margin of error means that if the same procedure is used a large number of times, 95% of the time the true population average will be within the sample estimate plus or minus 3%. The margin of error can be reduced by using a larger sample, however if a pollster wishes to reduce the margin of error to 1% they would need a sample of around 10,000 people. In practice, pollsters need to balance the cost of a large sample against the reduction in sampling error and a sample size of around 500b1,000 is a typical compromise for political polls. (Note that to get complete responses it may be necessary to include thousands of additional participators.)

Another way to reduce the margin of error is to rely on poll averages. This makes the assumption that the procedure is similar enough between many different polls and uses the sample size of each poll to create a polling average. An example of a polling average can be found here: 2008 Presidential Election polling average. Another source of error stems from faulty demographic models by pollsters who weigh their samples by particular variables such as party identification in an election. For example, if you assume that the breakdown of the US population by party identification has not changed since the previous presidential election, you may underestimate a victory or a defeat of a particular party candidate that saw a surge or decline in its party registration relative to the previous presidential election cycle.

A caution is that an estimate of a trend is subject to a larger error than an estimate of a level. This is because if one estimates the change, the difference between two numbers X and Y, then one has to contend with errors in both X and Y. A rough guide is that if the change in measurement falls outside the margin of error it is worth attention

------------------------------

Date: Thu, 12 Mar 2020 04:28:18 -0400
From: "Pinecone Research" <PineconeResearch@smartbras.buzz>
Subject: Pinecone Research

Pinecone Research

http://smartbras.buzz/eFMgzpOq-IB-qa2KXCs8B7pBnyWBvLvjJlkSsOaxCJCajaa3

http://smartbras.buzz/0EfbdT5wfC8BdozAZAe6hgGRHmZYs8-Mrk_Hr6OM2xdoL_7r

Military histories written as textbooks might be thought to have a basis in truth, necessary to teach useful lessons to students. The British Report of the Committee on the Lessons of the Great War (Kirk Report, 1931) drew on the published volumes of the British official history and the conclusions were incorporated into a new edition of Field Service Regulations. That operations might be conducted in Iraq and Iran, led to official history volumes being produced against the objections of the Foreign Office. Military histories concentrated on the doings of national contingents, with only rare references to those of allied and opposing armies, since they had their own histories. Comparative analysis can be absent and national bias from ulterior motives, like mythologising and apologetics can also be found. The Australian Official History of Australia in the War of 1914b1918 edited by Charles Bean contains exaggerations of the significance of the Australian contribution, the prowess of Australian soldiers and disparagement of soldiers from Britain and its allies. Australian failures and casualties are sometimes blamed on British higher commanders, when high-ranking Australian officers could justly be criticised. The post-war Royal Air Force (RAF) was at risk of abolition and needed a function that could not be replicated by the army or navy to justify its existence. The parts of The War in the Air (six text volumes and a volume of appendices, 1922b1937) written by Walter Raleigh and Henry Jones, gave undue emphasis to strategic bombing, which unbalanced the work.

Embarrassing events can be disguised by underwriting as happened in Histoire de La Grande Guerre, where the French Army Mutinies of 1917 occurred in 43 percent of the French Army, yet were passed over in a few paragraphs in Les ArmC)es FranC'aises dans la Grand Guerre. Many of the historians, editors and contributors to the History of the Great War (1915b1949) had been senior officers during the war, which had the advantage first-hand knowledge of events and experience of military art for the work but this risked allowing a desire to protect reputations to intrude, leading to unfair blame, particularly on outsiders. Volume III of the Royal Navy history Naval Operations (1923) had the narrative of the Battle of Jutland (1916) and the draft text was revised at the request of some serving officers present at the battle, to remove critical remarks about them. When a revised edition was published in 1940, many of the officers were retired or dead but the excised passages were not restored. The British Army Military Operations.... volumes have been criticised for dishonesty in not blaming General Headquarters (GHQ) for the extent of British casualties and for exculpating Sir Douglas Haig (commander of the British Expeditionary Force (BEF) from December 1915 to the Armistice). That the history is a description of events, rather than an analytical work with criticism and conclusions, means that Haig and other commanders may escape blame, yet it leaves the reader free to form conclusions

------------------------------

Date: Thu, 12 Mar 2020 05:49:08 -0400
From: "Free Electricity" <FreeElectricity@wifisnoring.buzz>
Subject: This great new way to generate free energy

This great new way to generate free energy

http://wifisnoring.buzz/zvx47OuQp6IzhRvwEcel2SGiEnQ9VfRy6DCe3nOT15lCWDXy

http://wifisnoring.buzz/9i9J1OCWGg6JpGNPuJkW8Fycz_CBmdmT6ks24RHD9mioz3NK

    Mobile phones communicate with cell towers that are placed to give coverage across a telephone service area which is divided up into 'cells'. Each cell uses a different set of frequencies from neighboring cells, and will typically be covered by 3 towers placed at different locations. The cell towers are usually interconnected to each other and the phone network and the internet by wired connections. Due to bandwidth limitations each cell will have a maximum number of cell phones it can handle at once. The cells are therefore sized depending on the expected usage density, and may be much smaller in cities. In that case much lower transmitter powers are used to avoid broadcasting beyond the cell.

In order to handle the high traffic, multiple towers can be setup in the same area(using different frequencies). This can be done permanently or temporarily such as at special events like at the Super Bowl, Taste of Chicago, State Fair, NYC New Year's Eve, hurricane hit cities, etc. where cell phone companies will bring a truck with equipment to host the abnormally high traffic with a portable cell.

Cellular can greatly increase the capacity of simultaneous wireless phone calls. While a phone company for example, has a license to 1000 frequencies, each cell must use unique frequencies with each call using one of them when communicating. Because cells only slightly overlap, the same frequency can be reused. Example cell 1 uses frequency 1b500, next door cell uses frequency 501b1000, next door can reuse frequency 1b500. Cells 1 and 3 are not "touching" and do not overlap/communicate so each can reuse the same frequencies.[citation needed]

This is even more greatly increased when phone companies implemented digital networks. With digital, one frequency can host multiple simultaneous calls increasing capacity even more.

As a phone moves around, a phone will "hand off" - automatically disconnect and reconnect to the tower of another cell that gives the best reception.

Additionally, short-range Wi-Fi infrastructure is often used by smartphones as much as possible as it offloads traffic from cell networks on to local area networks

------------------------------

End of alt.music.moxy-fruvous digest V14 #3737
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