Neither has any known exceptions. You do have to account for the equivalence of mass and energy though to keep the 1st law consistent, i.e. E=mc² when it comes to nuclear fission and nuclear fusion.
There are no known exceptions to the first and second laws. That is why they are termed "laws"; in science, a hypothesis that had been tested and found to accurately produce the expected results every time and for which no exeptions have been found eventually rises to the status of "Law".
There are, of course, examples where a law has been incorrectly or too narrowly applied and thus appears to produce an exception. As an example, we have Einstein's equation that E=mc2. If we fail to take that into account, the process of nuclear fusion could appear to contradict the first law. When we include that information, however, we find that the first law remains valid.
None. The laws of thermodynamics describe physical phenomena. The first one is the same as "if you put a pan on a hot stove, it will get warmer." Such laws of physics simply describe reality.
There are hypothetical processes that would obey the First Law, but disobey the Second Law of Thermodynamics.
By whether heat is released or absorbed during the reaction.
One method would be to add an acid such as HCl to each sample, and collect the gas produced. The zinc will produce hydrogen gas, which is flammable, while the lead carbonate will produce carbon dioxide, which is not flammable. Thus, one can distinguish between the compounds depending on whether or not the gas evolved in the reaction ignites.
The energy of motion and heat.
I need answer forr thisss, i literally dont even know
I need answer forr thisss, i literally dont even know
i would distinguish whether it was healthy or not based on what is in it or what it's made with
mid-level exceptions has to do with money, nothing about whether or not players can play, so yes
By whether heat is released or absorbed during the reaction.
One way is to check whether the pre-image of the product is sigma-algebra. Please list an example to clarify your question.
It can be used to signify anything between physical state at room temperature, whether or not an element is radioactive, or how many valence electrons an element has
One method would be to add an acid such as HCl to each sample, and collect the gas produced. The zinc will produce hydrogen gas, which is flammable, while the lead carbonate will produce carbon dioxide, which is not flammable. Thus, one can distinguish between the compounds depending on whether or not the gas evolved in the reaction ignites.
In computer programming, many languages distinguish between uppercase and lowercase letters in user defined variables. This is an advantage because it allows users to tell the difference between variables based on whether they are uppercase or not. It is a disadvantage because forgetting to change a letter to the proper case will result in an error when the program runs.
VA and W both are units of power. VA indicates the power is of an electrical nature. W does not distinguish whether the energy source is electrical, mechanical, magnetic, heat or otherwise.
The energy of motion and heat.
Foreign direct investment is the provision of capital into a company or project by a financier who is from a foreign country. In portfolio investment, anyone can invest in the portfolio, whether or not he is from a local company or a foreign company.
That's a more or less arbitrary name given to numbers, to distinguish whether they are divisible by 2 (even) or not (odd).
That depends on the species of jellyfish. Most are omnivorous, as they can not distinguish whether the plankton they ingest is phytoplankton or zoo-plankton.