Answer:
strVar.replace(pos, n, str);
Explanation:
The strVar.replace() is a javascript function of searching and replacing a string for a defined value, whereby it finds and returns a new string where the defined values are replaced.
For example: to return a string where "Trump" is replaced with "Biden":
We have
var str = "Welcome Trump!";
var res = str.replace("Trump", "Biden", str);
Hence, in this case, the correct answer is strVar.replace(pos, n, str);
The number of bits that are needed for this operation code (opcode) is 8 bits.
Binary encoding can be defined as a standard technique that is designed and developed for converting data in plain text (source alphabets) to a form that is easily used by different operating systems (OS), especially through the use of a binary digit (bit) or two-symbol system.
The number of bits that are needed for this operation code (opcode) is given by this mathematical expression:
n = 8 bits.
b. To determine the number of bits that are left for the address part of the instruction:
Address = 16 bits.
c. To determine the maximum allowable size for memory:
Based on the memory unit, this is given by
d. The largest unsigned binary number that can be accommodated in one word of memory is given by:
Read more on binary encoding here: brainly.com/question/5381889
Answer:
a) 8 bits b) 16 bits. c) 2¹⁶ * 24 bits d) 2²⁴ -1
Explanation:
a) In order to be able to accommodate 150 different instructions, the number of bits needed must be equal to the minimum power of 2 that satisfies this equation:
2n > 150, i.e. n=8.
b) If the total number of bits for a word is 24, and 8 are used for the op code, there are 16 bits left for the address part.
c) If the address part has 16 bits, this means that the total addressable space is just 2¹⁶, so the maximum allowable size is 2¹⁶ * 24 bits.
d) As we have 24 bits to be filled, the largest unsigned binary number is just 2²⁴ – 1.
(As we need to leave a position for all zeros).
Answer:
you suck
Explanation:
Incomplete question. Here's the full question:
Data-Time Inc. is a company that manages databases for a large city in Colorado. Included in these databases is information collected from the city’s homeless shelters and free clinics. Specifically, the databases contain personal information of the users of these services over the past 10 years; this includes people’s Social Security numbers and health records.
This data is highly secure and only accessible to the employees of Data-Time Inc. Employees are given a laptop when they are hired which allows them to access the database remotely. Unfortunately, one of these laptops is stolen and the security of the database is compromised.
A majority of the people whose information was compromised are homeless; therefore there is no easy way to contact them in order to alert them of the security breach. How should Data-Time Inc. manage this breach in security?
Explanation:
Since the emphasis is not on reversing the breach that has occurred, but on managing the level of security damage that could occur, it is important measures are directed towards preventing unauthorized access to sensitive information.
For example, the Media Access Control Address (MAC address) of the laptop if known could be greylisted from accessing the server that contains the sensitive information.
False
Answer:
False
Explanation:
The Spanning Tree Protocol operates at the Data link layer of the OSI model.
Spanning Tree Protocol (STP) is a bridge and switch (Layer 2 protocol). The STP specification is IEEE 802.1D. STP's primary aim is to guarantee that when you have redundant routes in your network, you do not generate loops. Loops to a network are fatal.
Answer:
No, if the algorithm is properly written to solve problems with minimal resources like RAM and processor speed.
Explanation:
Rather than buy a faster or more expensive computer simply upgrade the RAM else you may have to buy new computer each the size of problem instances increases.