Want this question answered?
Yes it is valid. The atom bomb proves that E=mc2 is valid.
Velocity gives both speed and direction of an object. While speed is a scalar quantity, velocity is a vector quantity and require direction or bearing in order to be valid.
Einsteins laws are the most complex laws ever made but do not match with quantum physics they are still really valid though
Guessing, inventing data.
forecast what it is supposed to predict
No. It is not valid.
In a valid experiment all the variables are kept the same apart from those being investigated.
Yes, a mathematical expression can have no variables, but such an expression is usually not very useful. An example of a valid expression without variables is: 1+1=2
to represent the population.at random. -apex (;
Case-sensitivity relates to the way in which multiple variables and function names can have the same name, differentiated by their casing. For example:int result = 1;int Result = 2;int RESULT = 3;Although these declarations are valid, and unambiguous as far as the compiler is concerned, it's best to avoid mixing your cases like this. Sooner or later you'll refer to result when you really meant Result, and the compiler won't be able to help you find the error.By convention, all-uppercase variables represent constants, making them easy to spot amongst actual variables.
Yes, it would be a valid test.
Direct proportion, linear, first-order... all of these are valid answers, depending on the particular field you're talking about.
Your question isn't valid because you need an experimental procedure in place before you determine the variables.
A reliable measure is consistent and yields consistent results, so it may not be measuring the intended construct accurately (lack validity). On the other hand, a valid measure accurately assesses the intended construct, but it must be consistent and produce stable results (reliable) to ensure that the measurements are dependable and trustworthy.
The OR order is valid nationwide unless/until it is superseded by a later order.
A titrations is done three times in order to achieve a concordant result. In order for the results to be valid two of you results have to be within 0.5 units of each other.
The Accuracy of the results.The Validity of the experiment (does it work as planned and actually reflect your question)The Repeatability. (if you - and especially others - cant repeat it then it is not valid conclusion)Possible Variables that would effect the result.