thinking/writing (1970)

jail (1968)

zee/atlantis sea/atlantis : text containing the letters zee atlantis

bij de oogarts/ opticians test

anagram

ELVISLIVES

changes (1)

GUINNESS IS GOD FOR YOU

de vermoeide lezer/ tired reader

De vermoeide lezer

The discussion which follows will be restricted to homogeneous kinetic steps. Heterogeneous kinetic steps, such as those taking plaz zz on the surface of solid catalysts, are more difficult to understand and interpret than are homogeneous steps and reactionzz.
The types of elementary reactions or steps are described in terms of the number of molecuzzz which are actually involved in that step of the reaction at the molecular level, which is called the zzolecularity of the step. This number may not be the same as the order of a reaction, which is z measured from zz thezzbserved overall behavior at the molar level and thus depends uzzon the overall mechanism. zzolecularity describezz one step at the molecular level. zzz
The simplest (ozz if you pardon the pun, the most elementary) possible elementary reaction is zzzz reaction which involves only one molecule of one (and the only) energy in the form of vibratiozzzof the H-H bond in the rzzzction H2 --> H. + H.) will, on the averagzzzzzd to react more than thozzzzzzctant molecules having less energy.
The energy which zzzolecule can possess depends upon the nature of the molecule. If the molecule is a single atzzz it can possess kinetic zzzzzzzzzzzzzzzzzzz also possess additional energy if any of its electrons are in a state of higher energy than the normalzzzzzzzzzzzzzzzzz ground state, of the atom or molecule. An atom or molecule is said to be in an excited state, specificazzzzan excited electronic state, when it possesses this additionalzzzzzzz. Molecules, which contain more than one atom, can possess, in addition to kinetic energy andzzzzzzzergy of excited electrons, zzzzzzzzzzzzzzzzzzzzzzzzz motions of the atomszzzzzzz the molecule relative tozzz each other and to the covalent bonds hozzzzzzzzzzzzzzzzzzzzzcules possessing this additzzzzzzzzergy are also saizzzzzzzzzz in an excited szzzzz specifically an excited vibratizzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzz
zzergy can distribute itsezzzzzzzz an assemzzzzzzzzziding moleculzzzzand zzzmost excitzzzzztes arezzzzlzzzzzzzzzzzzthat they zzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzz thezzzzzzzzzzzzzzzzzzzzzzzzzzzzrapizzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzz

veel uien in de tuin

Ik heb veel uien in mijn tuin



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alzheimer met de herhaalde letters: i remember

verliefd op anna/in love with anna

(verliefd)

reactant. Such a reaction is called anna molecular. In a unimolecular anna, a single anna molecule rearranges to a single product molecule, or a single reactant molecule splits anna to give two or more product m anna ules. No interaction with anna molecules occurs while this step is taking anna. The anna reaction requires some energy anna, although anna may be an energy output greater than the energy input such that there is a net energy anna put from the reaction. Therefore, those reactant anna having the greatest amount of anna (as, for example, vibrational anna in the form of anna of the H-H bond in the reaction H2 --> H. + H.) will, on the average, tend to react more than anna reactant molecules having less energy. anna anna
The anna which a molecule can possess depends upon the nature of anna. If the molecule is a single anna, anna possess kinetic energy due to anna. It can also possess additional anna if any of its electrons are in a state of higher energy than the normal state, called anna, of the atom or molecule. An anna or molecule is said to be in an excited anna, specifically an excited electronic state, when it possesses this additional energy. anna, which contain more than one anna, can possess, in anna to kinetic energy and the energy of excited anna, vibrational energy due to the motions of anna within the molecule relative to each anna and to the covalent bonds holding anna. Molecules possessing anna this additional energy are also anna said to be in an excited anna, specifically an excited anna vibrational state.
Energy can distribute anna among an assembly of colliding molecules, and most excited states anna short-lived enough that they return (anna) to the ground state rapidly. The distribution of total energy is therefore the same as that of kinetic anna which, in an earlier anna, was shown to follow anna form of the Maxwell-Boltzmann distribution. In kinetics it is sufficient to use anna simple form NE/N = exp(-EA/RT), or
k = A exp(-EA/RT) anna anna
This anna equation, first anna formulated by the Swedish chemist Svante Anna, his name as the anna rate law. The energy in the Anna rate law is called the activation anna of the reaction. The Anna rate law can be used to obtain anna both the value of the preexponential coefficient Anna and the value of the activation energy EA if the rate constant of anna can be measured at anna

een gezegde

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n pot

met de letters: spookt / hoofd

teksten op deze site

hier ziet u nog ongepubliceerde teksten van peter meijboom.
reeds gepubliceerd werk kunt u o.a. zien op www.pmeijboom.exto.nl
klik daar links op: visuele poezie en op: 7 teksten...

here you can see unpublished texts of peter meijboom.
already published work you can a.o. find at www.pmeijboom.exto.nl.
click there on the left on: visuele poezie, and: 7 teksten...