A Gold Storm Is Coming

A number of strange events are starting to play out all across the country... [Finance Tech Future]( A Gold Storm is Coming --------------------------------------------------------------- A number of [strange events are starting to play out]( all across the country... - As much as two-thirds of the country now lives paycheck to paycheck. - As prices (and interest rates) have soared...; consumer spending seems to be slowing. - All while banks are shutting doors of branches all across the country. Together, all of this is likely setting up what one research firm believes [will result in a "gold storm".]( Stansberry Research is one of the most highly-respected research firms in the world... providing cutting-edge market research to over a million readers. And they just released a brand-new warning for [what they believe will happen to gold in 2024...]( According to these experts: "The evidence is everywhere. But most folks aren't paying attention. [We are in the early stages of a gold mania – the calm before the storm."]( Electricity, phenomenon associated with stationary or moving electric charges. Electric charge is a fundamental property of matter and is borne by elementary particles. In electricity the particle involved is the electron, which carries a charge designated, by convention, as negative. Thus, the various manifestations of electricity are the result of the accumulation or motion of numbers of electrons.Electrostatics is the study of electromagnetic phenomena that occur when there are no moving charges—i.e., after a static equilibrium has been established. Charges reach their equilibrium positions rapidly because the electric force is extremely strong. The mathematical methods of electrostatics make it possible to calculate the distributions of the electric field and of the electric potential from a known configuration of charges, conductors, and insulators. Conversely, given a set of conductors with known potentials, it is possible to calculate electric fields in regions between the conductors and to determine the charge distribution on the surface of the conductors. The electric energy of a set of charges at rest can be viewed from the standpoint of the work required to assemble the charges; alternatively, the energy also can be considered to reside in the electric field produced by this assembly of charges. Finally, energy can be stored in a capacitor; the energy required to charge such a device is stored in it as electrostatic energy of the electric field.Static electricity is a familiar electric phenomenon in which charged particles are transferred from one body to another. For example, if two objects are rubbed together, especially if the objects are insulators and the surrounding air is dry, the objects acquire equal and opposite charges and an attractive force develops between them. The object that loses electrons becomes positively charged, and the other becomes negatively charged. The force is simply the attraction between charges of opposite sign. The properties of this force were described above; they are incorporated in the mathematical relationship known as Coulomb’s law. The electric force on a charge Q1 under these conditions, due to a charge Q2 at a distance r, is given by Coulomb’s law,The bold characters in the equation indicate the vector nature of the force, and the unit vector r̂ is a vector that has a size of one and that points from charge Q2 to charge Q1. The proportionality constant k equals 10−7c2, where c is the speed of light in a vacuum; k has the numerical value of 8.99 × 109 newtons-square metre per coulomb squared (Nm2/C2). Figure 1 shows the force on Q1 due to Q2. A numerical example will help to illustrate this force. Both Q1 and Q2 are chosen arbitrarily to be positive charges, each with a magnitude of 10−6 coulomb. The charge Q1 is located at coordinates x, y, z with values of 0.03, 0, 0, respectively, while Q2 has coordinates 0, 0.04, 0. All coordinates are given in metres. Thus, the distance between Q1 and Q2 is 0.05 metre.The magnitude of the force F on charge Q1 as calculated using equation (1) is 3.6 newtons; its direction is shown in Figure 1. The force on Q2 due to Q1 is −F, which also has a magnitude of 3.6 newtons; its direction, however, is opposite to that of F. The force F can be expressed in terms of its components along the x and y axes, since the force vector lies in the xy plane. This is done with elementary trigonometry from the geometry of Figure 1, and the results are shown in Figure 2. Thus,in newtons. Coulomb’s law describes mathematically the properties of the electric force between charges at rest. If the charges have opposite signs, the force would be attractive; the attraction would be indicated in equation (1) by the negative coefficient of the unit vector r̂. Thus, the electric force on Q1 would have a direction opposite to the unit vector r̂ and would point from Q1 to Q2. In Cartesian coordinates, this would result in a change of the signs of both the x and y components of the force in equation And yet, even the most prepared Americans – including many retirees – could be blindsided by what's about to happen. Which is why these experts are sharing their full, brand-new warning to the public on this website [right here.]( Il Nebraska è suddiviso in 93 contee e occupa la porzione centrale del cosiddetto Frontier Strip (striscia di frontiera), vale a dire quella linea di confine ininterrotta che divide in due gli Stati Uniti da nord a sud, partendo dal Dakota del Nord e finendo in Texas (uno slogan turistico di qualche anno fa recitava proprio "Nebraska: where the West begins", "Nebraska: dove ha inizio il West"). Confina a nord con il Dakota del Sud, a est con l'Iowa, a sud-est con il Missouri dal quale è diviso dal corso del fiume Missouri; quindi confina con il Kansas a sud; il Colorado a sud-ovest e il Wyoming a ovest. Il Nebraska è formato principalmente da due grandi regioni fisiche: le Dissected Till Plains (Piani finemente incisi) e le Grandi Pianure. La parte più orientale dello Stato ha subito un'erosione profonda per effetto del movimento dei ghiacciai nell'era glaciale; con il ritiro dei ghiacciai si è venuta a creare questa ampia regione (si estende anche su parte di Minnesota, Missouri e Dakota del Sud) caratterizzata da colline dolcemente ondulate e suolo estremamente fertile, denominata appunto Dissected Till Plains. Questa è anche la regione nella quale sorgono le città principali dello Stato: Omaha e Lincoln. La parte occidentale dello Stato è occupata prevalentemente dalle Grandi Pianure. Le stesse Grandi Pianure possono essere suddivise in regioni più specifiche come quella delle Sandhills (letteralmente "colline di sabbia"), la regione del Pine Ridge (cresta dei pini) , il bacino di Rainwater (acqua piovana), le High Plains (Alte Pianure) e le Wildcat Hills (colline del gatto selvatico). La vetta più alta del Nebraska è il Panorama Point (1.653 m), che non è propriamente una cima montuosa ma un modesto rilievo, proprio al confine con Colorado e Wyoming Clima Anche rispetto al clima si possono distinguere due aree principali: i due terzi orientali dello Stato hanno un clima continentale, e il restante terzo occidentale ha un clima steppico. L'intero Stato subisce enormi variazioni stagionali sia di temperatura sia di precipitazioni. Per quanto riguarda le temperature, queste sono mediamente costanti in tutto il Nebraska, mentre la media delle precipitazioni annuali passa dagli 800 mm dell'angolo sud-orientale dello Stato ai 350 mm dell'estremo opposto. Le precipitazioni nevose sono abbondanti un po' in tutto lo Stato e variano su base annua da 650 a 900 mm. Il Nebraska ricade nella cosiddetta Tornado Alley, quella fascia di territorio statunitense particolarmente soggetta a questi eventi meteorologici estremamente pericolosi. Temporali sono frequenti in primavera e in estate. Il chinook, un vento proveniente dalle Montagne Rocciose, assicura un effetto moderatore sulle temperature del Nebraska occidentale durante i mesi invernali. You can access it free of charge. [Click here to view.]( Sincerely, A.J. Wiederman Senior Staff, Stansberry Research   T. Bell   [Finance Tech Future]( At Polaris Advertising, we value your feedback and are happy to answer any questions you may have. However, we must inform you that providing personalized advice is prohibited by law. This editorial email containing advertisements was sent to {EMAIL} because you subscribed to this service. To stop receiving these emails, [click unsubscribe](. This ad is sent on behalf of Stansberry Research, 1125 N Charles St, Baltimore, MD 21201. If you would like to optout from receiving offers from Stansberry Research please [click here](. Without written permission from Polaris Advertising, it is prohibited to reproduce, copy, or redistribute any of our content, either in whole or in part. To contact Us, call toll free Domestic/International: +1 (302) 499-2858 Mon–Fri, 9am–5pm ET[,]( or email us support@finacetechfuture.com. 124 Broadkill Rd 4 Milton, DE 19968. © 2023 Polaris Advertising. All rights reserved.   [Finance Tech Future]( At Polaris Advertising, we value your feedback and are happy to answer any questions you may have. However, we must inform you that providing personalized advice is prohibited by law. This editorial email containing advertisements was sent to {EMAIL} because you subscribed to this service. To stop receiving these emails, [click unsubscribe](. This ad is sent on behalf of Stansberry Research, 1125 N Charles St, Baltimore, MD 21201. If you would like to optout from receiving offers from Stansberry Research please [click hereclick here](. Without written permission from Polaris Advertising, it is prohibited to reproduce, copy, or redistribute any of our content, either in whole or in part. To contact Us, call toll free Domestic/International: +1 (302) 499-2858 Mon–Fri, 9am–5pm ET[,]( or email us support@finacetechfuture.com. 124 Broadkill Rd 4 Milton, DE 19968. © 2023 Polaris Advertising. All rights reserved.