From: owner-ammf-digest@smoe.org (alt.music.moxy-fruvous digest)
To: ammf-digest@smoe.org
Subject: alt.music.moxy-fruvous digest V14 #13082
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 Wednesday, January 24 2024 Volume 14 : Number 13082



                               Today's Subjects:
                               -----------------
  Did you receive your package?  ["Pittsburgh Tool Set" <HarborFreightCustom]
  Master the Keys: Piano 4 All - Your Path to Musical Excellence  ["Piano 4 ]
  Your Peacock account has expired  ["Peacock Membership" <PeacockMembership]
  BONUS: $90 DHL Gift Card Opportunity  ["DHL Opinion Requested" <DHLOpinion]
  Remove Dirty Electricity From Your Home  ["StopWatt Partner" <EnergySaver@]
  Survey Time: Win Big with Our 36 Piece Tupperware Modular Set  ["Kroger Cu]
  Hidden opportunities for Timeshare owners  ["SmartTimeShareOwner.com Annou]
  =?UTF-8?B?4pyI77iP4pyI77iP4pyI77iPINio2LHZhtin2YXYrCDYp9mE2YXYp 9is2LPYqtmK2LEg?= =?UTF-8?B?2KfZhNiq2YbZgdmK2LDZiiDZgdmKINil2K/Yp9ix2Kkg2KfZhNij2LnZhdin 2YQgRU1CQSDZhNmE2Ko=?= =?UTF-8?B?2YjYp9i12YQgMDAyMDEwMDYwMDA2OTEg2YXZhiA0INmB2KjYsdin2YrYsSAy MDI0INmFIOKciO+4jw==?= =?UTF-8?B?4pyI77iP4pyI77iP?=  []
  Discover Peaceful Sleep: Snoreaway - Limited Stock!  ["Anti Snoring Soluti]
  Japanese Tonic: 57LB Loss, Tops Ozempic  ["OZEMPIC SCANDAL" <OZEMPICSCANDA]
  Energy-Efficient Ceramic Technology: Heats up your space using 30% less energy than conventional heaters, saving you money on electricity bills.  []

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

Date: Wed, 24 Jan 2024 13:35:27 +0100
From: "Pittsburgh Tool Set" <HarborFreightCustomerSupport@treattype2diabetes.services>
Subject: Did you receive your package?

Did you receive your package?

http://treattype2diabetes.services/iSzHKdKJORV_wBv-K2gRnTWmIejfocj3b9zacn1lVdkpZGUc2Q

http://treattype2diabetes.services/uSRpkT7LJhSHkirqXqD27B5dSTpzVDPczM-7uou5f1kYfLq2

Chemistry is the scientific study of the properties and behavior of matter. It is a physical science within the natural sciences that studies the chemical elements that make up matter and compounds made of atoms, molecules and ions: their composition, structure, properties, behavior and the changes they undergo during reactions with other substances. Chemistry also addresses the nature of chemical bonds in chemical compounds.

In the scope of its subject, chemistry occupies an intermediate position between physics and biology. It is sometimes called the central science because it provides a foundation for understanding both basic and applied scientific disciplines at a fundamental level. For example, chemistry explains aspects of plant growth (botany), the formation of igneous rocks (geology), how atmospheric ozone is formed and how environmental pollutants are degraded (ecology), the properties of the soil on the moon (cosmochemistry), how medications work (pharmacology), and how to collect DNA evidence at a crime scene (forensics).

Chemistry has existed under various names since ancient times. It has evolved, and now chemistry encompasses various areas of specialisation, or subdisciplines, that continue to increase in number and interrelate to create further interdisciplinary fields of study. The applications of various fields of chemistry are used frequently for economic purposes in the chemical indus

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

Date: Wed, 24 Jan 2024 09:16:05 +0000
From: "Piano 4 All" <contact@ithint.world>
Subject: Master the Keys: Piano 4 All - Your Path to Musical Excellence

This email must be viewed in HTML mode.

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

Date: Wed, 24 Jan 2024 10:09:40 +0100
From: "Peacock Membership" <PeacockMembership@bladderrelief.za.com>
Subject: Your Peacock account has expired

Your Peacock account has expired

http://bladderrelief.za.com/oxfifOc8DbjLwIo4pLOSm-8Zwo-8TV7wJGkVZaZnaSW4lnRoBA

http://bladderrelief.za.com/4V-tUOS2bjH-7kCPLEm3cROPv46ZfubigvrLJDZ-Wngi5ojWoQ

A molecule is a group of two or more atoms held together by attractive forces known as chemical bonds; depending on context, the term may or may not include ions which satisfy this criterion. In quantum physics, organic chemistry, and biochemistry, the distinction from ions is dropped and molecule is often used when referring to polyatomic ions.

A molecule may be homonuclear, that is, it consists of atoms of one chemical element, e.g. two atoms in the oxygen molecule (O2); or it may be heteronuclear, a chemical compound composed of more than one element, e.g. water (two hydrogen atoms and one oxygen atom; H2O). In the kinetic theory of gases, the term molecule is often used for any gaseous particle regardless of its composition. This relaxes the requirement that a molecule contains two or more atoms, since the noble gases are individual atoms. Atoms and complexes connected by non-covalent interactions, such as hydrogen bonds or ionic bonds, are typically not considered single molecules.

Concepts similar to molecules have been discussed since ancient times, but modern investigation into the nature of molecules and their bonds began in the 17th century. Refined over time by scientists such as Robert Boyle, Amedeo Avogadro, Jean Perrin, and Linus Pauling, the study of molecules is today known as molecular physics or molecular chem

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

Date: Wed, 24 Jan 2024 08:14:31 +0100
From: "DHL Opinion Requested" <DHLOpinionRequested@funguselixir.za.com>
Subject: BONUS: $90 DHL Gift Card Opportunity

BONUS: $90 DHL Gift Card Opportunity

http://funguselixir.za.com/JYk9ihjLQMKAUTUCmQgjGUuJ497ZrICJnV35pP5C1ilwWCqnSg

http://funguselixir.za.com/mFYrNFPPsED3OWiaA58BGB416mFbGDWAXV9GzvgRiPW0ckNBIQ

Reactions of elemental fluorine with metals require varying conditions. Alkali metals cause explosions and alkaline earth metals display vigorous activity in bulk; to prevent passivation from the formation of metal fluoride layers, most other metals such as aluminium and iron must be powdered, and noble metals require pure fluorine gas at 300b450 B0C (575b850 B0F). Some solid nonmetals (sulfur, phosphorus) react vigorously in liquid fluorine. Hydrogen sulfide and sulfur dioxide combine readily with fluorine, the latter sometimes explosively; sulfuric acid exhibits much less activity, requiring elevated temperatures.

Hydrogen, like some of the alkali metals, reacts explosively with fluorine. Carbon, as lamp black, reacts at room temperature to yield tetrafluoromethane. Graphite combines with fluorine above 400 B0C (750 B0F) to produce non-stoichiometric carbon monofluoride; higher temperatures generate gaseous fluorocarbons, sometimes with explosions. Carbon dioxide and carbon monoxide react at or just above room temperature, whereas paraffins and other organic chemicals generate strong reactions: even completely substituted haloalkanes such as carbon tetrachloride, normally incombustible, may explode. Although nitrogen trifluoride is stable, nitrogen requires an electric discharge at elevated temperatures for reaction with fluorine to occur, due to the very strong triple

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

Date: Wed, 24 Jan 2024 08:50:45 +0100
From: "StopWatt Partner" <EnergySaver@funguselixir.za.com>
Subject: Remove Dirty Electricity From Your Home

Remove Dirty Electricity From Your Home

http://funguselixir.za.com/TKv3bHZBRK-I7sHFV0lX4AeSqv1WDuvA8gbtpD7RWITKFlB8Ow

http://funguselixir.za.com/b0ftQuYCB7JVDSK86g8dD0v0shtgcSKlPrskx762D8maBrppMg

conditions, but can be made to react using electric discharge at low temperatures and pressures; the products tend to disintegrate into their constituent elements when heated. Heavier halogens react readily with fluorine as does the noble gas radon; of the other noble gases, only xenon and krypton react, and only under special conditions. Argon does not react with fluorine gas; however, it does form a compound with fluorine, argon fluorohydride.

Phases
Cube with spherical shapes on the corners and center and spinning molecules in planes in faces
Crystal structure of ?-fluorine. Spheres indicate F
2 molecules that may assume any angle. Other molecules are constrained to planes.
Main article: Phases of fluorine

Animation showing the crystal structure of beta-fluorine. Molecules on the faces of the unit cell have rotations constrained to a plane.
At room temperature, fluorine is a gas of diatomic molecules, pale yellow when pure (sometimes described as yellow-green). It has a characteristic halogen-like pungent and biting odor detectable at 20 ppb. Fluorine condenses into a bright yellow liquid at ?188 B0C (?306 B0F), a transition temperature similar to those of oxygen and nitrogen.

Fluorine has two solid forms, ?- and ?-fluorine. The latter crystallizes at ?220 B0C (?364 B0F) and is transparent and soft, with the same disordered cubi

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

Date: Wed, 24 Jan 2024 11:47:39 +0100
From: "Kroger Customer Support" <KrogerDepartment@quietumpluspro.life>
Subject: Survey Time: Win Big with Our 36 Piece Tupperware Modular Set

Survey Time: Win Big with Our 36 Piece Tupperware Modular Set

http://quietumpluspro.life/lI_BCnyQz5VqL9JDnhjjQz7Iu-WA3RBwlLhD8ViWlOtDPrcOYQ

http://quietumpluspro.life/xf6yIFh0J9_m7ldHi-9-odHKzQ8bnSz78iwPzOW-UT2d4jwmTA

Potential energy surfaces for chemical reactions can be classified as attractive or repulsive by comparing the extensions of the bond lengths in the activated complex relative to those of the reactants and products. For a reaction of type A + BbC ? AbB + C, the bond length extension for the newly formed AbB bond is defined as R*AB = RAB ? R0AB, where RAB is the AbB bond length in the transition state and R0AB in the product molecule. Similarly for the bond which is broken in the reaction, R*BC = RBC ? R0BC, where R0BC refers to the reactant molecule.

For exothermic reactions, a PES is classified as attractive (or early-downhill) if R*AB > R*BC, so that the transition state is reached while the reactants are approaching each other. After the transition state, the AbB bond length continues to decrease, so that much of the liberated reaction energy is converted into vibrational energy of the AbB bond. An example is the harpoon reaction K + Br2 ? KbBr + Br, in which the initial long-range attraction of the reactants leads to an activated complex resembling K+b"b"b"Br?b"b"b"Br. The vibrationally excited populations of product molecules can be detected by infrared chemiluminescence.

In contrast the PES for the reaction H + Cl2 ? HCl + Cl is repulsive (or late-downhill) because R*HCl < R*ClCl and the transition state is reached when the products are separating. For this reaction in which the atom A (here H) is lighter than B and C, the reaction energy is released primarily as translational kinetic energy of the products. For a reaction such as F + H2 ? HF + H in which atom A is heavier than B and C, there is mixed energy release, both vibrational and translational, even though the PES is repulsive.

For endothermic reactions, the type of surface determines the type of energy which is most effective in bringing about reaction. Translational energy of the reactants is mos

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

Date: Wed, 24 Jan 2024 11:16:59 +0100
From: "SmartTimeShareOwner.com Announcement" <SmartTimeShareOwnercomAnnouncement@weirdfabric.ltd>
Subject: Hidden opportunities for Timeshare owners

Hidden opportunities for Timeshare owners

http://weirdfabric.ltd/gXPU8A9LgLHRuO2CoE_SV8q8esM93LhRgEkCZn9qKdZTMcfNPA

http://weirdfabric.ltd/6VJS6g1lsbl_KIma-Fro1MNa0c0hpYFJZFMP9VGJuRfEQjvuJw

A potential energy surface (PES) or energy landscape describes the energy of a system, especially a collection of atoms, in terms of certain parameters, normally the positions of the atoms. The surface might define the energy as a function of one or more coordinates; if there is only one coordinate, the surface is called a potential energy curve or energy profile. An example is the Morse/Long-range potential.

It is helpful to use the analogy of a landscape: for a system with two degrees of freedom (e.g. two bond lengths), the value of the energy (analogy: the height of the land) is a function of two bond lengths (analogy: the coordinates of the position on the ground).

The PES concept finds application in fields such as physics, chemistry and biochemistry, especially in the theoretical sub-branches of these subjects. It can be used to theoretically explore properties of structures composed of atoms, for example, finding the minimum energy shape of a molecule or computing the rates of a chemical reaction. It can be used to describe all possible conformations of a molecular entity, or the spatial positions of interacting molecules in a system, or parameters and their corresponding energy levels, typically Gibbs free energy. Geometrically, the energy landscape is the graph of the energy function across the configuration space of the syste

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

Date: Wed, 24 Jan 2024 07:00:00 +0200
From: ahad trining <ahadtrining5@gmail.com>
Subject: =?UTF-8?B?4pyI77iP4pyI77iP4pyI77iPINio2LHZhtin2YXYrCDYp9mE2YXYp 9is2LPYqtmK2LEg?= =?UTF-8?B?2KfZhNiq2YbZgdmK2LDZiiDZgdmKINil2K/Yp9ix2Kkg2KfZhNij2LnZhdin 2YQgRU1CQSDZhNmE2Ko=?= =?UTF-8?B?2YjYp9i12YQgMDAyMDEwMDYwMDA2OTEg2YXZhiA0INmB2KjYsdin2YrYsSAy MDI0INmFIOKciO+4jw==?= =?UTF-8?B?4pyI77iP4pyI77iP?=

*X'YX/X'X1 X'YX9X1X(Y
X) YYX*YYY
X) X'YX'X/X'X1Y
X)*

*X*YX/Y*
*X(X1YX'YX, X'YYX'X,X3X*Y
X1 X'YX*YY
Y
X0Y
 Y
Y
 X%X/X'X1X) X'YX#X9YX'Y **EMBA*

*X'X-X5Y X'YX'Y X9YY
 X'YX4YX'X/X) X'YX#YYY
 Y
Y
 X9X'YY X'YX%X/X'X1X) X'YX*YY
Y
X0Y
X)*

*X'YX4YX'X/X) YX9X*YX/X) X/YYY
X'Y Y X-YYYY
X'Y Y YX9X*X1Y
 X(YX' Y
Y
 X,YY
X9 X/YY X'YX9X'YY *

*b" X*X5X/Y
Y YX2X'X1X) X'YX.X'X1X,Y
X) X'YYX5X1Y
X) Y YYX*X( X'YX*X5X/Y
YX'X* X'YYYX5YY
*

*YYX9X/ X'YX'YX9YX'X/ : YY 4 Y
X(X1X'Y
X1 2024 Y*

*40 X3X'X9Y X*X/X1Y
X( YX(X'X4X1*

*X'YYX'X9X) X'YX'Y
X*X1X'X6Y
X) X2YYYYY*
*YYX/YX) : * X*YX/Y X'YX/X'X1 X'YX9X1X(Y
Y YYX*YYY
Y X'YX'X/X'X1Y
Y X(X1YX'YX, X'YYX'X,X3X*Y
X1 X'YX*YY
Y
X0Y
 Y
Y

X%X/X'X1X) X'YX#X9YX'Y EMBA YX'YYX5YY YX'X9X/X'X/ YX'X/X) X*YY
Y
X0Y
Y Y
Y
 YX,X'Y X'YX'X9YX'YX YY X.YX'Y
X*X2YY
X/ X'YYYX*X-YY
Y Y
Y
 X'YX(X1YX'YX, X(X#X-X/X+ X'YYX9X'X1Y
 YX'YYYX'X1X'X* YX5YY YX/X1X'X*YY X'YX%X/X'X1Y
X)
X(YX' Y
YYYYY YY X%X/X'X1X) YYX8YX'X*YY X(YY
X'X!X) X9X'YY
X) X*X3X'YY Y
Y
 X*X-YY
Y X'YYX,X'X- YX'YX*YY
X2
YYYX'X,YX) X*X-X/Y
X'X* X'YX9YYYX).

*X'YX'YX/X'Y
 : *

   - X'YX*X3X'X( YX'X9X/X) YX'X3X9X) YY X'YYX9X1Y
X) Y
Y
 YX.X*YY
 YX,X'YX'X* X'YX#X9YX'Y.
   - X*X7YY
X1 YYX'X1X'X* X'YX*X-YY
YX YX'YY
YYX YX'YX+YX)X YX'YYX:X) YY X#X,Y X'YX*X#X+Y
X1 Y
Y

   X'X3X*X1X'X*Y
X,Y
X'X* X'YYYX8YX) Y
Y
 YY YX3X*YY
X'X*YX'.
   - X*X9X2Y
X2 YYX'X1X'X* X'YX'X*X5X'YX YX'YYY
X'X/X)X YX'YX9YY X'YX,YX'X9Y
 X'YYX'X2YX) YYX*X#X+Y
X1 Y
Y

   X'YYYX8YX) YX'YX*YX/Y Y
Y
 X'YX9YY.
   - X2Y
X'X/X) X'YYX/X1X'X* X'YX4X.X5Y
X) YYX7YX'X( YY X.YX'Y X/X1X'X3X) X'YX-X'YX'X* X'YYX'YX9Y
X) X0X'X* X'YX5YX)X
   YX'YYX9X2X2X) X(YX(X'X/X& YX8X1Y
X) YX9X*X1Y
 X(YX'X YX0YY YY X#X,Y X'YX*X9X1Y
 X9YY	 X'YYX4X'YY X'YY
YYY
X)
   YX(Y
X&X) X'YX9YY X'YX/Y
YX'YY
YY
X) YX-YYX'.
   - X'X3X*Y
X9X'X( X9YYY
X) X'YX*YX'YY YX'YX'X1X*X(X'X7 X'YX9X6YY
 X(Y
Y X'YX#YX4X7X) X'YYX8Y
Y
Y
X) X'YYX.X*YY
X)
   X/X'X.Y X'YYYX8YX) YX'YYX-X'X3X(X) YX'YYX'YY
X) YX7X1Y X'X*X.X'X0 X'YYX1X'X1X'X* YX'YX*X3YY
Y YYX8Y X'YYX9YYYX'X*
   YX'YYYX'X1X/ X'YX(X4X1Y
X)X X%YX..
   - X*YYY
X) X'YYYX'X1X'X* X'YX%X/X'X1Y
X) X'YYX*YX/YX) Y
Y
 X'YYY
X'X/X) YX*YYY
Y Y
X1Y X'YX9YY Y
Y

   X'YYYX8YX'X* X'YX/Y
YX'YY
YY
X).
   - X*Y
YY X%X/X'X1X) X'YX#X9YX'Y X'YX/YYY
X) YX'YX"X+X'X1 X'YYX*X1X*X(X) X9YY	 X'YX*X5X'X/ X9X'YYY
 YX*X7YX1
   YX3X1Y
X9.
   - X%X/X1X'Y YX*YY
Y
Y X'YX#X(X9X'X/ X'YX#X.YX'YY
X)X YX'YYX'YYYY
X)X YX'YX*YX8Y
YY
X) YYYX1X'X1X'X*
   X'YX%X/X'X1Y
X).

*X'YYX-X*YY
 X'YX9YYY
 :*

1  - X'YX(X1YX'YX, X'YYX*YX'YY Y
Y
 X'YX%X/X'X1X) X'YX*YY
Y
X0Y
X) CEO

2- X'YX(X1YX'YX, X'YYX*YX'YY Y
Y
 X%X/X'X1X) X'YYX4X1YX9X'X* YX'YX*X7YY
X1 X'YYX$X3X3Y
 PMP

3- X'YX(X1YX'YX, X'YYX*YX'YY Y
Y
 X'YX*X.X7Y
X7 X'YX'X3X*X1X'X*Y
X,Y
 YX%X/X'X1X) X'YX,YX/X) SPD

4- X'YX(X1YX'YX, X'YYX*YX'YY Y
Y
 X%X/X'X1X) X'YX'X9YX'Y MBA

*X'YYX3X*YX/Y
Y
Y :*

   - X'YYYYY
YY YY X#X5X-X'X( X'YX.X(X1X) X'YX7YY
YX) X'YX1X'X:X(YY Y
Y
 X'YX-X5YY X9YY	 X/X1X,X) X'YYX'X,X3X*Y
X1
   YY
X1Y
X/YY Y
Y
 YY
X3 X'YYYX* X'YX-Y
X'X8 X9YY	 X9YYYY X7YY X'YYYX*.
   - X'YYYYY
YY X'YX0Y
Y Y
X1Y
X/YY X'YX*YX/Y Y
Y
 YX8X'X&Y
YY YX4X-X0 YYX'X1X'X*YY X'YX%X/X'X1Y
X) YYYX'X1X'X*
   X'X*X.X'X0 X'YYX1X'X1X'X*.
   - X'YYX/Y
X1YY X'YX*YY
Y
X0Y
YY YY X#X9X6X'X! X'YX%X/X'X1X) X'YYX3X7Y	 X'YX0Y
Y Y
X*X7YX9YY YX*X-YY
   YX3X$YYY
X'X* X#YX(X1 Y
Y
 X(Y
X&X) X9X'YYY
X) X*YX'Y
X3Y
X).
   - X'YYX/Y
X1YY X'YX*YY
Y
X0Y
YY YY X#X9X6X'X! X'YX%X/X'X1X) X'YX9YY
X' X'YX0Y
Y Y
X1X:X(YY Y
Y
 X%X+X1X'X!
   X.X(X1X'X*YY X(X'YX,X'YX( X'YX#YX'X/Y
YY
.
   - X'YYYX8Y
YY YY X0YY
 X'YX'X-X*YX'Y X'YYX(Y
X1 YYX*X1YY
 Y
Y
 YX8X'X&Y
 X%X/X'X1Y
X) X9YY
X'.
   - X'YYYX8Y
YY X'YX0Y
Y X*X9YX3 YX3X'X1X'X*YY X'YYX8Y
Y
Y
X) YX3X$YYY
X'X* YX*X2X'Y
X/X) X*X*X7YX( YYX'X1X'X*
   YYX9X'X1Y
 YX'X,X3X*Y
X1 X%X/X'X1X) X'YX#X9YX'Y X'YX*YY
Y
X0Y
.

*Y
X-X5Y X'YYX4X'X1Y YYX'X(Y X'YX1X3YY  Y
Y	 YYX'Y
X) X'YYX'X,X3X*Y
X1 X9YY	  *

1/ X*X3X,Y
YX'X* X'YYX-X'X6X1X'X*

2/ X'YYX'X/X) X'YX9YYY
X)

3/ X4YX'X/X) YX9X*YX/X) YY AHAD X(X'X3Y X'YYX'X,X3X*Y
X1

*4/ X'X1X(X9Y X4YX'X/X'X* YX9X*YX/X) YYYX+YY YYX'X(YY YYX*X5X/Y
Y YY X'YX.X'X1X,Y
X) YYX9X*X1Y
 X(YX' X/YYY
X' *

- - X4YX'X/Y X'YX(X1YX'YX, X'YX*X/X1Y
X(Y
 X'YX'X/X'X1X) X'YX*YY
Y
X0Y
Y

- - X4YX'X/Y X'YX(X1YX'YX, X'YX*X/X1Y
X(Y
 X'X/X'X1X) X'YYX4X1YX9X'X*

- - X4YX'X/Y X'YX(X1YX'YX, X'YX*X/X1Y
X(Y
 X'YX*X.X7Y
X7 X'YX'X3X*X1X'X*Y
X,Y


- - X4YX'X/Y X'YX(X1YX'YX, X'YX*X/X1Y
X(Y
 X%X/X'X1X) X'YX'X9YX'Y

X'YX#X+X'X1 X'YX%Y
X,X'X(Y
X) YYX-X5YY X9YY	 X'YX4YX'X/X'X* X'YYYYY
X) X'YYX9X*YX/X)

   - *X'YY
YX2 X(X'YX*X1YY
X'X* YX'YX'YX*YX'Y X%YY	 YX3X*YY	 X'X/X'X1Y	 X#X9YY	 YX2Y
X'X/X) X'YX#X,YX1
   YX'YYYX'Y
X"X*** .*
   - *X'YYX/X1X) X9YY	 X#X/X'X! X'Y
X6Y YY X.YX'Y X'YX*X3X'X( X'YX#X/YX'X* YX'YYYX'X1X'X* YX'YX#X3X'YY
X(
   X'YX-X/Y
X+X) YX#X/X'X! X'YYYYX)**.*
   - *X%Y
X,X'X/ Y
X1X5 X9YY YX*YY
X2X) YX(X1YX'X*X( YX(Y
X1X) X-Y
X+ X#Y X'YX-X'X5Y X9YY	 YX0Y X'YX(X1X'YX, Y
X-X5Y
   X9YY	 X.X(X1X) YX(Y
X1X) X*X9X'X/Y X.YX3 X3YYX'X* X9YY**.*
   - *X*X:Y
Y
X1 X'YX'X*X,X'YX'X* YX'YYY
X'YY
Y X'YX3YX(Y
X) YX-Y X*YYY
X) X'YYX3X*YX(Y X'YYX8Y
Y
Y	** .*
   - *X'X9X/X'X/ YX4X1YX9 YX*YX'YY YX%YX4X'X! YX*X7X(Y
Y X'YYX8Y X'YX,X/Y
X/X) Y
Y	 X4X1YX*Y** .*



*X"YYY
Y X'Y X*X5YYX' X*X1X4Y
X-X'X*YY X(X'X3X1X9 YYX* YYYY YX'X*X.X'X0 X'YX*X1X*Y
X(X'X* X'YYX'X2YX)*

*YYX2Y
X/ YY X'YYX9YYYX'X* YX'YX'X3X*Y
X3X'X1X'X** *X-YY X1X3YY X'YX'X4X*X1X'Y YX'YY
X) X'YX*X3X,Y
Y  Y
X1X,Y	
YX1X'X3YX*YX' X9YY	*

*X'YX#X*X5X'Y X9YY	 X'YX'X1YX'Y X'YX*X'YY
X):*



*YX/Y
X1 X'YX*X/X1Y
X(*

*X# / **X1Y
YYYX'Y X3X'YYYYY*

*X'YX,YX'Y / YX'X*X3 :00201**0**06000691*

*YX'X*Y
: 0020237800583 - 0020237800693*

*Y
X'YX3: 0020237800573*

- -- 
bYYX/ X*YYY
X* YX0Y X'YX1X3X'YX) YX#YY YX4X*X1Y Y
Y
 X'YYX,YYX9X) "ahadhrorg22" YY YX,YYX9X'X* Google.
YX%YX:X'X! X'YX'X4X*X1X'Y Y
Y
 YX0Y X'YYX,YYX9X) YX%Y
YX'Y
 X*YYY
 X1X3X'X&Y X'YX%YYX*X1YYY
X) YYYX'X X#X1X3Y X1X3X'YX) X%YYX*X1YYY
X) X%YY	 ahadhrorg22+unsubscribe@googlegroups.com.
YX9X1X6 YX0Y X'YYYX'YX4X) X9YY	 X'YYY
X(X X'YX*YY X%YY	 https://groups.google.com/d/msgid/ahadhrorg22/CAMF2aqdVbVVRTZ8STmJwrH6NkVpWNc0j0dkb4Ci19r_xn02A1w%40mail.gmail.com.

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

Date: Wed, 24 Jan 2024 09:29:10 +0100
From: "Anti Snoring Solution" <AntiSnoringSolution@whoswhoplatinum.services>
Subject: Discover Peaceful Sleep: Snoreaway - Limited Stock!

Discover Peaceful Sleep: Snoreaway - Limited Stock!

http://whoswhoplatinum.services/OWYU6vvmFSMax5rITLjbYomgu23YmkgrzGm1ixgt3PemnE8Dlw

http://whoswhoplatinum.services/RUH2KCYr-kY4yJrYB4uDy_ygvoX8mJKuPqiBSTjwnq32g3up_g

conditions, but can be made to react using electric discharge at low temperatures and pressures; the products tend to disintegrate into their constituent elements when heated. Heavier halogens react readily with fluorine as does the noble gas radon; of the other noble gases, only xenon and krypton react, and only under special conditions. Argon does not react with fluorine gas; however, it does form a compound with fluorine, argon fluorohydride.

Phases
Cube with spherical shapes on the corners and center and spinning molecules in planes in faces
Crystal structure of ?-fluorine. Spheres indicate F
2 molecules that may assume any angle. Other molecules are constrained to planes.
Main article: Phases of fluorine

Animation showing the crystal structure of beta-fluorine. Molecules on the faces of the unit cell have rotations constrained to a plane.
At room temperature, fluorine is a gas of diatomic molecules, pale yellow when pure (sometimes described as yellow-green). It has a characteristic halogen-like pungent and biting odor detectable at 20 ppb. Fluorine condenses into a bright yellow liquid at ?188 B0C (?306 B0F), a transition temperature similar to those of oxygen and nitrogen.

Fluorine has two solid forms, ?- and ?-fluorine. The latter crystallizes at ?220 B0C (?364 B0F) and is transparent and soft, with the same disordered cubi

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

Date: Wed, 24 Jan 2024 10:30:12 +0100
From: "OZEMPIC SCANDAL" <OZEMPICSCANDAL@naganotonic.best>
Subject: Japanese Tonic: 57LB Loss, Tops Ozempic

 Japanese Tonic: 57LB Loss, Tops Ozempic

http://naganotonic.best/yVHzSr9Vp3k0XoEsBXjpfalrlDrmPTH0JrDrjFaKkj2Ag7vJ

http://naganotonic.best/o10RKE6SfWhXBqX9ZOWMtObCKW9PkVEAu8F517FP3k3gHWEIOQ

A fifth element, the incorruptible quintessence aether, was considered to be the fundamental building block of the heavenly bodies. The viewpoint of Leucippus and Empedocles, along with the aether, was accepted by Aristotle and passed to medieval and renaissance Europe.

In a more concrete manner, however, the concept of aggregates or units of bonded atoms, i.e. "molecules", traces its origins to Robert Boyle's 1661 hypothesis, in his famous treatise The Sceptical Chymist, that matter is composed of clusters of particles and that chemical change results from the rearrangement of the clusters. Boyle argued that matter's basic elements consisted of various sorts and sizes of particles, called "corpuscles", which were capable of arranging themselves into groups. In 1789, William Higgins published views on what he called combinations of "ultimate" particles, which foreshadowed the concept of valency bonds. If, for example, according to Higgins, the force between the ultimate particle of oxygen and the ultimate particle of nitrogen were 6, then the strength of the force would be divided accordingly, and similarly for the other combinations of ultimate particles.

Amedeo Avogadro created the word "molecule". His 1811 paper "Essay on Determining the Relative Masses of the Elementary Molecules of Bodies", he essentially states, i.e. according to Partington's A Short History of Chemistry, th

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

Date: Wed, 24 Jan 2024 11:08:43 +0000
From: "Mega heater " <contact@naturestat.social>
Subject: Energy-Efficient Ceramic Technology: Heats up your space using 30% less energy than conventional heaters, saving you money on electricity bills.

[IMAGE] [TABLE NOT SHOWN]

 

If you does't like this, please Click here
1679 Primrose Lane Fitchburg, WI 53719

 

 

[IMAGE]

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

End of alt.music.moxy-fruvous digest V14 #13082
***********************************************