denisities - Meaning in Hindi
Meaning of denisities in Hindi
- घनत्व
denisities Definition
Noun
- the degree of compactness of a substance.
- a measure of the amount of information on a storage medium.
denisities Example
- The method of weighing equal volumes is particularly applicable to the determination of the relative densities of liquids. ( समान आयतन तोलने की विधि विशेष रूप से तरल पदार्थों के आपेक्षिक घनत्व के निर्धारण के लिए लागू होती है। )
- Morley determined the densities of hydrogen and oxygen in the course of his classical investigation of the composition of water. ( मॉर्ले ने पानी की संरचना की अपनी शास्त्रीय जांच के दौरान हाइड्रोजन और ऑक्सीजन के घनत्व को निर्धारित किया। )
- The heights of the columns above the surface of junction of the liquids are inversely proportional to the densities of the liquids. ( तरल पदार्थों के जंक्शन की सतह के ऊपर के स्तंभों की ऊंचाई तरल पदार्थों के घनत्व के व्युत्क्रमानुपाती होती है। )
- The instrument thus adapted to the determination of densities exceeding that of water was called the hydrometer for salts. ( इस प्रकार पानी से अधिक घनत्व के निर्धारण के लिए अनुकूलित उपकरण को लवण के लिए हाइड्रोमीटर कहा जाता था। )
More Sentence
- Hydro- statical principles can be applied to density determinations in four typical ways: (I) depending upon the fact that the heights of liquid columns supported by the same pressure vary inversely as the densities of the liquids; (2) depending upon the fact that a body which sinks in a liquid loses a weight equal to the weight of liquid which it displaces; (3) depending on the fact that a body remains suspended, neither floating nor sinking, in a liquid of exactly the same density; (4) depending on the fact that a floating body is immersed to such an extent that the weight of the fluid displaced equals the weight of the body.
- The heights to which the liquids rise, measured in each case by the distance between the surfaces in the reservoirs and in the tubes, are inversely proportional to the densities.
- The principle is readily adapted to the determination of the relative densities of two liquids, for it is obvious that if W be the weight of a solid body in air, W, and W2 its weights when immersed in the liquids, then W - W, and W - W 2 are the weights of equal volumes of the liquids, and therefore the relative density is the quotient (W - W,)/(W - W2).
- Similarly in the case of the weighing in water, account must be taken of the buoyancy of the weights, and also, if absolute densities be required, of the density of water at the temperature of the experiment.
- As time is an object, the conditions alluded to in the article on Copper as being favourable to the use of high current densities should be studied, bearing in mind that a tough copper deposit of high quality is essential.