The whole point of a nominal variable is that is has no numerical value associated with it. With a binary measure you can allocated the values 1 and 0 or +1 and -1 for observations where the attribute is present or absent. If there are more than 2 values that the nominal variable can take then you can allocate any numbers that you want but in all cases the numbers do not have a value: they are simply symbols which can help for sorting and for binary comparisons.
Nominal values are the values that a component is specified to be. For example, the nominal value of a 10K resistor is 10K. Its actual value may vary, though, based on its tolerance.
It is two multiplied by itself 27 times. I leave the actual numerical amount as an exercise for the student.
Oh honey, FIVE is a word, not a number. The numerical value of the word "FIVE" is 42 if you're talking about its ASCII value. But if you're looking for the numerical value of the actual number 5, well, that's just 5. Math can be a real hoot, can't it?
x2 - 81y2 = (x + 9y) (x - 9y)The actual numerical value depends on the values of 'x' and 'y'.
Let's define a few things, nominal refers to the name of the product and actual refers to literal or real dimensions of the product.Products are either finished or unfinished (a.k.a. full cut).Both of these products use the same label (2x8)" example, but the actual size of the finished product in the above would be ~(1.5x7.5)" The unfinished product measures the size stated in the name ~(2.0x8.0)"; hence described as full cut.
In general actual capacity is bit less than the nominal capacity of any form
Nominal size is 1.00". Actual is 1.1.25" (includes deformation ribbing).
It is a nominal size. Sheet and plate steel thicknesses may vary from nominal thicknesses by up to 10%.
Nominal values are the values that a component is specified to be. For example, the nominal value of a 10K resistor is 10K. Its actual value may vary, though, based on its tolerance.
'Nominal' means 'named'. So a 'nominal' voltage is the named voltage of a system. For example, when we talk about a 120-V or 240-V system, we are describing their nominal values, not their actual values which can change from moment to moment.
The time from when it was created to now.
When someone refers to a nominal ton, it is assumed that the ton is approximated and may not be an exact ton. An actual ton is 2000 pounds.
Nominal, in this context, refers to the "face value". So in this case it means what the gauge "face" is indicating. Also called gauge pressure. The difference between nominal pressure and actual pressure depends on whether gauge is a calibrated instrument and is indicating the actual pressure.Nominal pressure means rated pressure, that is a nominal pressure rating applied to vehicle parts.Scroll down to related links and look at "Definition of nominal pressure".
There's no need to convert since nominal and actual cubic meters represent the same volume. Nominal cubic meters are a way to describe a predicted or estimated volume, while actual cubic meters refer to the true volume measured.
The **"actual size"** refers to the true, precise dimensions of a product or material after manufacturing, while the **"nominal size"** is the label or standard size used for identification and may differ slightly from the actual size due to trimming or finishing processes. For example, a 2x4 piece of lumber has a nominal size of 2 inches by 4 inches, but its actual size is typically 1.5 inches by 3.5 inches.
nominal sovereignty is the authority to only rule in name where substantial sovereignty or dominant sovereignty means real or actual authority
I believe a declared type is the type used when first declaring a variable. And the actual type is the type that the variable is actually assigned, which could be the declared type or any subtype of that type. So given GeometricObject shape = new Triangle(); GeometricObject is the declared type and Triangle is the actual type. To demonstrate this more clearly the following statements are all correct. GeometricObject shape; // shape declared to be a GeometricObject shape = new Triangle(); // actual type assigned = Triangle shape = new Square(); // now shape refers to a Square object This is the basis of polymorphism. It allows you to write methods which have for parameters more general types but are able to handle subtypes differently. This makes your code more general and reusable.