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- Helena Petrovna Blavatsky (8386 bytes)
2: ...), better known as '''Helena Blavatsky''' or '''Madame Blavatsky''' was the founder of [[Theosophy]].
5: ...aine]] (then part of the [[Russian Empire]]), the daughter of [[Colonel|Col.]] Peter Alexeivich von Ha...
7: ...[occult]] phenomena with Emma Cutting (later Emma Coulomb), which closed after dissatisfied customers compl...
15: ...inspiration from [[Hinduism]] and [[Buddhism]]. Madame Blavatsky claimed that all religions were both ...
21: ...by Theosophists, and it is called White [[Lotus]] Day. - Lightning (33113 bytes)
14: Although some others ([[Dalibard]] and [[De Lors]]) had conducted similar ex...
39: ...[[ampere|kiloamperes]], transfers a charge of 5 [[coulomb]]s, has a potential difference of about 100 [[vol...
46: ...s unknown at the time standards were set, and the dangers unappreciated until the destruction of a gli...
50: ...00 kiloamperes, transfers a charge of up to 300 [[coulomb]]s, has a potential difference up to 1 gigavolt (...
69: ... storm and will strike without warning on a sunny day. They are signs of an approaching storm. - List of people associated with the French Revolution (16148 bytes)
25: ...ical journalist, [[Jacobin]], friend of [[Georges Danton]]. Went directly from civilian life to being ...
42: *[[Charlotte Corday]] - assassin of [[Marat]]
43: *[[Charles-Augustin de Coulomb]] - major contributor to the [[metric system]]
47: *[[Georges Danton]] - writer, [[Jacobin]] but neither a [[Giron...
48: *[[Pierre Claude François Daunou]] - historian, loosely associated with the [[... - Capacitor (29664 bytes)
7: ...s stored at the surface of the plates, at the boundary with the dielectric. Because each plate stores...
16: ...tor has a capacitance of one [[farad]] when one [[coulomb]] of charge causes a potential difference of one ...
34: The [[impedance]] in [[frequency domain]] can be written as
38: Applying the [[Laplace transform]], the impedance becomes:
70: ...rief summary to that article ? --[[User:DavidCary|DavidCary]] 22:46, 1 Jun 2005 (UTC) --> - Atom (12300 bytes)
28: | Electric Charge: || 0 [[Coulomb|C]]
43: Atoms are the fundamental building blocks of [[chemistry]], and are [...
67: ...ope masses found in nature, weighted by their abundance.
70: ...play a role, but it is usually in terms of a secondary effect due to screening of the positive charge ...
100: ...all of [[chemistry]], among many other topics. Today, most scientific research associated with atoms ... - Electricity (13894 bytes)
1: ...he force of attraction or repulsion is given by [[Coulomb's law]]. Some electrical effects are discussed u...
3: ... C" means "the quantity of electric charge is 0.5 coulomb."
8: ..., dated to about [[250 BCE]] and called the [[Baghdad Battery]], resembles an electrochemical cell and...
10: ...modern Latin word ''electricus'' from ''ηλεκτρον'' (''elek...
12: ...and theories through the famous, though extremely dangerous, [[experiment]] of flying a [[Kite flying|... - Proton (5009 bytes)
36: ...1.602 176 53(14) × 10<sup>−19</sup> [[Coulomb|C]]
46: ...(1.602 × 10<sup>−19</sup> [[coulomb]]) and a mass of 938.3 [[MeV]]/''[[Speed of ... - Hydrogen (20221 bytes)
1: <!-- Here is a table of data; skip past it to edit the text. -->
6: ...r><td colspan="2" align="center">'''hydrogen''' – [[helium]]</td>
10: ...="text-align: right"><small>[[Periodic table (standard)|Full table]]</small></div></td></tr>
40: <td>[[Oxidation state]]s ([[Oxide]]) </td><td...
82: ! [[natural abundance|NA]] - Electron (10516 bytes)
42: ...14) צamp;nbsp;10<sup>−19</sup> [[Coulomb|C]]
56: ...al properties to elements and therefore play a fundamental part in [[chemistry]].
62: ...ticles called leptons which are believed to be fundamental particles (that is, they cannot be broken d...
66: ...Sometimes the term is used, as proposed by [[Carl David Anderson|Carl D. Anderson]], to refer to both ...
68: ... at various points about a central light source — it can light up anywhere, but it is most likel... - Neutron (7687 bytes)
20: <tr><td>Electric charge: </td><td> 0 [[Coulomb|C]]</td></tr>
38: ...ron, which is itself correspondingly slowed. Secondary projectiles resulting from these collisions may...
46: ...iation, but detailed quantitative analysis of the data became increasingly difficult to reconcile with... - Energy (16265 bytes)
1: '''Energy''' is a fundamental quantity that every [[physics|physical]] [[...
11: ...hanical equivalent of heat]]. In slightly more fundamental terms, [[1 E0 J|1 joule]] is equal to ...
23: ... the kW h is a more convenient unit for everyday use).
27: ...ooks—which do not use these large calories—than it is in real-world applications by those ...
103: ..., may arise from electrostatic interaction (see [[Coulomb's law]]), or [[gravity]]. - Ion (2800 bytes)
4: ...ectron doesn't experience a [[electrostatic force|Coulomb attraction]] towards the neutral atom. It is neve...
16: Ions were first theorized by [[Michael Faraday]] around 1830, to describe the portions of molec... - Electric field (1958 bytes)
1: ... The units of the electric field are newtons per coulomb or volts per meter (both are equivalent). Electri...
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