kshaar example and sentences
हिंदी मे अर्थ Meaning in english उदाहरण
Usage and Example of kshaar 1. सिंधु के पानी के रिसाव से क्षार और दलदल की समस्या पैदा हो गई है। 2. इसके अतिरिक्त क्षार नामक आवश्यक तत्व भी फलों तथा शाकों से पाया जा सकता है । 3. आयुर्वेद की औषधियों में क्षार को औषधि के रूप में प्रयोग भी इस बात की पुष्टि करता है। 4. गुड़ में सभी खनिज द्रव्य और क्षार सुरक्षित रहते हैं। 5. जानें, पिता-सदृश रस लोभी होगा क्षार मही का। 1. Sodium partition coefficient between alkali feldspar and plagioclase was originally one of the first examples of geological thermometry 2. The calc-alkaline granites of trondhjemitic series are few and potassic series includes rocks almost devoid of alkali feldspar, biotite then being the only potassic minerals 3. The majority of granites worldwide consisting almost entirely of quartz, alkali feldspar and plagioclase, they limited their work "residual system" synthetic Si2 ? KAlSi38 ? NaAlSi38 ? H2O (Fig 4. These are, with quartz, minerals cardinals of the petrographic classification: large cuts are established by considering the relative proportions of alkali feldspar and plagioclase, and the basicity of the latter 5. These include, for example, alkali metal fluorides LiF, NaF, KF
For alkali metals and halogens, as we descend the groups, the principal quantum number (n) increases and the valence electrons are farther from the nucleus.
On the other hand, minima occur at the alkali metals and their low ionization enthalpies can be correlated with their high reactivity.
This situation occurs in the case of alkali metals which have a lone ns-outermost electron preceded by a noble gas electronic configureuration.Given are the examples of hindi word kshaar usage in english sentences. The examples of kshaar are provided according to its meaning(s) in english language i.e., alkali, base.
Likewise within a group of representative metals (say alkali metals) reactivity increases on moving down the group, whereas within a group of non-metals (say halogens), reactivity decreases down the group.
For alkali metals and halogens, as we descend the groups, the principal quantum number (n) increases and the valence electrons are farther from the nucleus.
On the other hand, minima occur at the alkali metals and their low ionization enthalpies can be correlated with their high reactivity.
This situation occurs in the case of alkali metals which have a lone ns-outermost electron preceded by a noble gas electronic configureuration.
Thus, the maximum chemical reactivity at the extreme left (among alkali metals) is exhibited by the loss of an electron leading to the formation of a cation and at the extreme right (among halogens) shown by the gain of an electron forming an anion.
The solutions which resist change in pH on dilution or with the addition of small amounts of acid or alkali are called Buffer Solutions.
It is a powerful reducing agent and reduces almost all metal oxides other than those of the alkali and alkaline earth metals, aluminium and a few transition metals.
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