A simulation makes it possible to do an otherwise impossible experiment
True
false
Yes , every element has different line in the spectrum.
No it does not. It should be a statement or assertion. However, it does start with an implied "If the theory is true, then ..."
Well fetus has many forms of phecal.
Any simulation model that does not contain any random or probabilistic element is called a deterministic simulation model. The characteristic of this type of simulation model is that the output is determined when the set of input elements and properties in the model have been specified. For example, a deterministic simulation model can represent a complicated system of differential equations. Many simulation models however, have at least one element that is random, which gives rise to the stochastic simulation model. In most simulation models randomness is important to mimic the real scenario, for example user connections to the internet arise 'randomly' when a person pressing a key. However, for any stochastic simulation model that has random output, the output (numerical results) can only be treated as an estimate of the true output parameters of the model
True
That is not necessarily true. A zero at 0 produces a unique answer as often as it does elsewhere, and a multiple multiple answer as often as it does elsewhere.
No, it is not necessarily true.
True 7.1 is superior. Virtual is just a simulation of true 7.1.
Merely saying that it is true does not necessarily make it so. Or: Well, not necessarily.
no, that's not true.
Not necessarily.
Not necessarily.
not necessarily, no
if 2 < x < 6 ; which of the following statements about x are necessarily true, and which are not necessarily true? a) 0 < x < 4
There are many models of refrigerators that are offered by True Refrigeration. Some models that are offered are under the counter, merchandise refrigerators, reach in, and food service.