Yes, it is.
It means that the length of something can vary, that it is not always the same length. The expression "variable length" may be used in different context, so I don't know what the item of variable length is that you heard or read about.It means that the length of something can vary, that it is not always the same length. The expression "variable length" may be used in different context, so I don't know what the item of variable length is that you heard or read about.It means that the length of something can vary, that it is not always the same length. The expression "variable length" may be used in different context, so I don't know what the item of variable length is that you heard or read about.It means that the length of something can vary, that it is not always the same length. The expression "variable length" may be used in different context, so I don't know what the item of variable length is that you heard or read about.
No, it is a continuous variable.
Any variable can be the independent variable. It depends partly on what the dependent variable is, partly on the relationship you are examining. For example, if looking at age and length of children's feet, foot length would be considered the dependent variable. But if looking at foot length and shoe size, then foot length would be the independent variable.
fixed length database
is mass an independent variable
It depends on which variable is independent, and which one is dependent (its value is determined by a function of the independent variable). So suppose that concentration is a function of an arbitrary length (the length is what determines concentration). The independent variable (length) is put on the horizontal axis, and the dependent variable (concentration) is put on the vertical axis.
the length of time the student left the spoons in the water
There is a few great things about variable length subnet masking VLSM. The main great thing about it is that you can get a membership.
20.8km
There is no way to determine the length of an array in C. All arrays implicitly convert to pointers and a pointer tells you nothing about the number of elements it refers to. The only way to keep track of the number of elements being referred to is to store the length of the allocation at the time the allocation was made. If you fail to store the length, then there is simply no way to calculate it. Note that the length of a fixed-length array is always known to the compiler but only within the scope of the declaration. If we pass a fixed-length array to a function, the array implicitly converts to a pointer and the length can no longer be determined. However, we can use a constant variable to keep track of a fixed-length array's size and pass both the array and its length as separate arguments to a function. For variable-length arrays we must use non-constant variables. A structure helps to encapsulate both pieces of information. For example, the following structure can be used to keep track of integer arrays: typedef struct int_array { int* ptr; // pointer to a variable-length array of type int unsigned size; // the number of elements allocated to the array }; We can also use structures such as this to keep track of how many elements are actually in use. This is useful as it allows us to push values into the array without having to continually re-allocate the array, which is an expensive operation.
the focal length
A+ Barrel length