this is depend upon which processor we are using, 16 bit or 32 bit.
for 16 bit system:
int 2 bytes
short int 2 byte
long int 4 bytes
float 4 bytes
char 1 byte
double 8 bytes
in 32 bit system it takes just double space for int data type.
In stack
write a lex program to delete space from the program
The state space model of an armature-controlled DC machine describes the dynamic behavior of the system using state variables. In this model, the state variables typically include the armature current and the rotor angular position or speed. The input to the system is the armature voltage, while the output can be the angular speed or position of the motor. The state space representation captures the relationships between these variables through a set of linear differential equations, allowing for the analysis and design of control strategies for the DC machine.
The answer lies in difference in Object oriented and variable based technology. Object oriented technology has a lot of benefits. One of which is that it eliminates declaration of variables for every time usage. It means that disk space is saved as variables are declared only once and only object is created further which gets an instance of these variables. It makes logic to easy implement and understand. Its systematic way of implementing a problem statement.
When you declare a variable and it's data type in a function, it is stored in the specific space for memory allocated by the variable type identifier known as the "stack."
There can be linear equations with 1, 2, ... variables. Each of these is different since an equation with n variables belongs to n-dimensional space.
Given a linear function in n variables, you need to select values for (n-1) of the variables. Solve the resulting function for the nth variable. Then the ordered n-tuple represents the coordinates, in n-dimensional space, of a point that is on the linear function.Selecting different sets of (n-1) variables, and different values will result in different solutions. Together, these will from a line in n-dimensional space.
If there are two variables, you'll usually need two equations in the two variables, to be able to find a specific solution. How you write the equation depends on the specific problem. In general, it requires some practice, to be able to convert a word problem into mathematical equations.
i think not possible to write in space
Threads of a single process share the same memory space, code segment, and open files. They also share resources like the process's heap and global variables.
computing space requirement
In stack
exaples of minium requirements for space, staff ratios are nessesary for childrens safety
exaples of minium requirements for space, staff ratios are nessesary for childrens safety
write something, leave a space, write something else.
You have to know its social requirements its space requirements and nutritional needs.
sunlight,water,soil and space.. temperature