Answer:
performance -processor speeds increases because the smaller the transistor, the faster it can operate. Additionally, the transistors become closer to each other which reduces the latency between them.
2.Complexity-for a given size the number of transistors doubles with the reduction in feature size
Explanation:
Under the Occupational Safety and Health Act of 1970, employers are responsible for providing safe and healthful workplaces for their employees. OSHA's role is to help ensure these conditions for America's working men and women by setting and enforcing standards, and providing training, education and assistance.
The reason that you have not been locked out after several failed PIN login attempts is that your laptop does not have a TPM chip, and you have not set up BitLocker for lockout.
Technology known as Trusted Platform Module (TPM) is made to offer hardware-based, security-related functionality. Designed to perform cryptographic operations, a TPM chip is a safe crypto-processor. Malicious software cannot interfere with the TPM's security capabilities, and the chip has numerous physical security features to prevent tampering. Utilizing TPM technology has a number of major benefits, including the following:
- Cryptographic keys should be created, stored, and used sparingly.
- Utilize the burnt-in RSA key of the TPM to authenticate platform devices using TPM technology.
- By recording security metrics, you can assist in ensuring platform integrity.
To learn more about TPM click here:
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Answer: It allows us to do everyday tasks on the internet
Explanation: We wouldn’t be able to email, research, etc without coding!
Answer:
Swap daemon
Explanation:
Swap daemon manages the physical memory by moving process from physical memory to swap space when more physical memory is needed. The main function of the swap daemon is to monitor processes running on a computer to determine whether or not it requires to be swapped.
The physical memory of a computer system is known as random access memory (RAM).
A random access memory (RAM) can be defined as the internal hardware memory which allows data to be read and written (changed) in a computer.Basically, a random access memory (RAM) is used for temporarily storing data such as software programs, operating system (OS),machine code and working data (data in current use) so that they are easily and rapidly accessible to the central processing unit (CPU).
Additionally, RAM is a volatile memory because any data stored in it would be lost or erased once the computer is turned off. Thus, it can only retain data while the computer is turned on and as such is considered to be a short-term memory.
There are two (2) main types of random access memory (RAM) and these are;
1. Static Random Access Memory (SRAM).
2. Dynamic Random Access Memory (DRAM).
