## What is dimensions of joules constant

The Joule’s constant, also known as the Joule-Thomson coefficient, has units of Kelvin per Joule.

Answer

The Joule’s constant, also known as the Joule-Thomson coefficient, has units of Kelvin per Joule.

No physicist has ever seen an atom but there are practical evidences which prove the presence of electron. Their size is so small, even powerful microscopes find it difficult to measure their sizes. But still its effects could be tested On the other end there is no phenomena which can be explained on the basis

Some important factors in our view which have hindered the advancement of science in India ➢Proper funds are not arranged for the development of research work and laboratories. The labs and scientific instruments are very old and outdated. ➢ Most of the people in India are uneducated and highly traditional. They don’t understand the importance

Though India now has a large base in science and technology, which is fast expanding, Read More »

It is well known that to win over votes, politicians would make anything and everything possible even when they are least sure of the same. and in Science the various natural phenomena can be explained in terms of some basic laws. So as ‘Politics is the art of possible’ similarly ‘Science is the art of

Politics is the art of the possible”. Similarly, “Science is the art of the soluble Read More »

The statement above is true. Validity of this incisive remark can be validated from the example of moment of inertia. It states that the moment of inertia of a body depends on its energy. But according to Einstein’s mass-energy relation , energy depends on the speed of the body.

Every great physical theory starts as a heresy and ends as a dogma” Read More »

The Physical world around us is full of different complex natural phenomena so the world is in-comprehensible. But with the help of study and observations it has been found that all these phenomena are based on some basic physical laws and so it is comprehensible.

Solution : (a) The size of a carriage is very small as compared to the distance between two stations. Therefore, the carriage can be treated as a point sized object. (b) The size of a monkey is very small as compared to the size of a circular track. Therefore, the monkey can be considered as