ooshma example and sentences


हिंदी मे अर्थ Meaning in english उदाहरण
Latest ऊष्मा ooshma news and headlines :
1. अमेरिका के शोधार्थियों ने एक प्रायोगिक अध्ययन में पाया है कि लेजर के माध्यम से ट्यूमर पर सटीक तरीके से ऊष्मा का प्रभाव प्रोस्टेट कैंसर के मध्यवर्ती जोखिम से गुजर रहे पुरुषों के लिए लाभदायक हो सकता हैlivehindustan.comUsage and Example of ooshma 1. प्रधान ने जवाब दिया : ‘‘आप आकाश को, भूमि की ऊष्मा को वैेQसे खरीद या बेच सकते हैं? 2. रात के समय यह ऊष्मा मुक्त हो जाती है। 3. वही ऊष्मा जो जीवनदायी थी -। 4. और थप थप करते ऊष्मा का एक घरोंदा बनाएँ। 5. सीधी किन्तु कवित्वपूर्ण भाषा में उन्होंने कविता को उस ऊँचाई तक पहुँचाया है जहाँ से उसकी आवाज और ऊष्मा का माप स्पष्ट महसूस किया जा सकता है। 1. ) The friction sometimes produces not only heat but light ( 2. ) The specific heat of 14 3. ) was sweating because heat has always been against him (BERNANOS Mr 4. ) we (the convicts) were going despite the wind, cold, heat or rain, fatigue, that is to say at work 5. 2 0C in Athens in January) and summer heat (27 0C in Athens in July)

Given are the examples of hindi word ooshma usage in english sentences. The examples of ooshma are provided according to its meaning(s) in english language i.e., enthalpy, heat.

However, we shall discuss the periodic trends with respect to atomic and ionic radii, ionization enthalpy, electron gain enthalpy and electronegativity.

In other words, the first ionization enthalpy for an element is the enthalpy change (?i H) for the reaction depicted in equation.
The second ionization enthalpy will be higher than the first ionization enthalpy because it is more difficult to remove an electron from a positively charged ion than from a neutral atom.
In the same way the third ionization enthalpy will be higher than the second and so on.
The term ionization enthalpy , if not qualified, is taken as the first ionization enthalpy.
In addition, you will notice two trends the first ionization enthalpy generally increases as we go across a period and decreases as we descend in a group.
You will appreciate that the ionization enthalpy and atomic radius are closely related properties.
Consequently, the outermost electrons are held more and more tightly and the ionization enthalpy increases across a period.
You will also notice that the first ionization enthalpy of boron (Z = 5) is slightly less than that of beryllium (Z = 4) even though the former has a greater nuclear charge.
Consequently, the outermost electrons are held more and more tightly and the ionization enthalpy increases across a period.
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