To put it another way, Step 1: calculate the length of the address in bits (n bits) Step 2: calculate the number of memory locations 2^n(bits) Step 3: take the number of memory locations and multiply it by the Byte size of the memory cells.

K. KD6-3.7 (“K” for short) is a Nexus-9 replicant model created to obey and works as a “blade runner” for the LAPD, hunting down and “retiring” rogue older model replicants.

2 Answers

• A) In a 48K memory Number of bits required is =log(48 * 1024)=16 bit.
• Now this 16 bit can represent highest address as (2^16)-1 =65535.
• But since the memory is only 48K it will represent highest address as (48*1024)-1=49151 (since one of the address will be 0)

If you do know the size of each memory location (and multiply number of locations by by the size of each location, then you have the memory size for that range and can express it in numerical form.

The memory on these CPUs is addressable at the byte level. This leads to a memory addressable limit of 216 × 1 byte = 65,536 bytes or 64 kilobytes.

Key Differences Between 32-bit and 64-bit Processors 32-bit operating systems operate data in 32-bit pieces as 64-bit operating systems are able to operate data in 64-bit pieces. The more bits of data can be processed per second, the faster that the operating systems work.

No. 32bit limits addressable ram to 4gb max.

Windows 10 x64 can be installed onto a 4GB usb.

2GB

Most users will only need about 8 GB of RAM, but if you want to use several apps at once, you might need 16 GB or more. If you don’t have enough RAM, your computer will run slowly and apps will lag. Although having enough RAM is important, adding more won’t always give you a substantial improvement.

4GB of RAM is recommended as a minimum configuration for the typical productivity user. 8GB of RAM is the sweet spot for the majority of users, providing enough RAM for virtually all productivity tasks and less demanding games.