The storage capacity of a register is determined by the architecture. Thus they are 32 bits long on a 32-bit system and 64 bits long on a 64-bit system.
Register storage class is a compiler hint that the variable will be often used, and that it should generate code, if it can, to keep the variable's value in a register.
There are four types of storage class or variable in c. 1) auto storage class. 2) register storage class. 3) static storage class. 4) external storage class.
A register made of 8 flip-flops can store 8 bits of data. Each flip-flop is capable of holding one bit, so the total storage capacity of the register is equal to the number of flip-flops. Therefore, an 8 flip-flop register can represent binary values from 00000000 to 11111111.
Storage classes.
In C there are four storage classes: automatic, external, register and static.
Each stage in a shift register represents one bit of storage capacity. Therefore, the total storage capacity of a shift register is equal to the number of stages it has, with each stage capable of holding a single binary value (0 or 1). For example, a shift register with 8 stages can store 8 bits of data.
8 bits in a byte, so it seems the answer should be 16 bits.
what is the storage capacity
No, resolution refers to the video capacity of a monitor. The capacity of a storage drive is called storage capacity, not resolution.
Register storage class is a compiler hint that the variable will be often used, and that it should generate code, if it can, to keep the variable's value in a register.
The maximum storage capacity of of a cd is up to 600 MB
First Flip-Flop in the register
The purpose of any register is to keep records: a register is a database.
Its total storage capicity is approx 2.909 km³ & effective live storage capacity is 2.17 km³.
Outer space has the highest storage capacity. It's infinite as far as I can tell.
There are four types of storage class or variable in c. 1) auto storage class. 2) register storage class. 3) static storage class. 4) external storage class.
A register made of 8 flip-flops can store 8 bits of data. Each flip-flop is capable of holding one bit, so the total storage capacity of the register is equal to the number of flip-flops. Therefore, an 8 flip-flop register can represent binary values from 00000000 to 11111111.