Which of the following is not a component of Power BI?
Power BI Desktop
O
Power BI View
Power Data
Power Map

The actual data being transferred, such as the content of a web page, an email message, or a file transfer, is contained in the payload part of the TCP segments.

A segment header and a data chunk make up a TCP segment. There are ten required fields and one optional extension field in the segment header (Options, pink background in table). The payload data for the application is carried in the data section, which comes after the header.

In established mode, a packet's maximum payload size is 1448 bytes (1500 - 20 IP header - 32 TCP header).

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The option of the  CLASSICAL ALGORITHM that is known to apply to modern CRYPTOGRAPHY is known to be called option B: PSEUDORANDOM NUMBER GENERATOR.

In regard to the theoretical computer science and cryptography, a pseudorandom generator (PRG) is known to be used for a class of statistical tests.

It is said to be one that is known to be a kind of a deterministic method that is often used in the mapping if a random seed so that it can be able to be a longer type of pseudorandom string.

It is one where there is no need for statistical test in the class that can be used to tell the difference between the output of the generator as well as that  of the uniform.

Therefore, The option of the  CLASSICAL ALGORITHM that is known to apply to modern CRYPTOGRAPHY is known to be called option B: PSEUDORANDOM NUMBER GENERATOR.

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Answer:

#include<iostream>

using namespace std;

int main(){

int n1, n2, n3;

cout<<"Enter any three numbers: ";

cin>>n1>>n2>>n3;

if(n1>=n2 && n1>=n3){

cout<<n1<<" is the maximum";}

else if(n2>=n1 && n2>=n3){

cout<<n2<<" is the maximum";}

else{

cout<<n3<<" is the maximum";}

return 0;

}

Explanation:

The program is written in C++ and to write this program, I assumed the three variables are integers. You can change from integer to double or float, if you wish.

This line declares n1, n2 and n3 as integers

int n1, n2, n3;

This line prompts user for three numbers

cout<<"Enter any three numbers: ";

This line gets user input for the three numbers

cin>>n1>>n2>>n3;

This if condition checks if n1 is the maximum and prints n1 as the maximum, if true

if(n1>=n2 && n1>=n3){

cout<<n1<<" is the maximum";}

This else if condition checks if n2 is the maximum and prints n2 as the maximum, if true

else if(n2>=n1 && n2>=n3){

cout<<n2<<" is the maximum";}

If the above conditions are false, then n3 is the maximum and this condition prints n3 as the maximum

else{

cout<<n3<<" is the maximum";}

return 0;

8 bits: octet, commonly also called byte.

a) Lowest address: 0, Highest address: (2^20) - 1. b) Lowest address: 0, Highest address: ((2^20) / 2) - 1. c) Lowest address: 0, Highest address: ((2^20) / 4) - 1.

a) If memory is byte-addressable, the lowest address would be 0 and the highest address would be (2^20) - 1.

This is because each byte in the memory requires a unique address, and since there are 2^20 bytes in total, the highest address would be one less than the total number of bytes.

b) If memory is word-addressable with a 16-bit word, each word would consist of 2 bytes.

Therefore, the lowest address would be 0 (representing the first word), and the highest address would be ((2^20) / 2) - 1.

This is because the total number of words is equal to the total number of bytes divided by 2.

Subtracting 1 gives us the highest address, as the addresses are zero-based.

c) If memory is word-addressable with a 32-bit word, each word would consist of 4 bytes.

In this case, the lowest address would still be 0 (representing the first word), and the highest address would be ((2^20) / 4) - 1.

Similar to the previous case, the total number of words is equal to the total number of bytes divided by 4.

Subtracting 1 gives us the highest address.

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Answer:

Algorithm and flowchart are the powerful tools for learning programming. An algorithm is a step-by-step analysis of the process, while a flowchart explains the steps of a program in a graphical way. Algorithm and flowcharts helps to clarify all the steps for solving the problem.

Answer:

WHERE ARE YOU FROM

Explanation:

TRANSLATE IT TO ENGLISH

"T" shape, Top-heavy pattern  is the ideal "view pattern " of a pattern.

Thus, The language extension ViewPatterns makes view patterns possible. The Wiki page has additional details and illustrations of view patterns.

View patterns can be layered inside of other patterns, similar to how pattern guards can. They offer an easy way to compare patterns to values of abstract kinds.

View patterns extend our ability to pattern match on variables by also allowing us to pattern match on the result of function application.

Thus, "T" shape, Top-heavy pattern  is the ideal "view pattern " of a pattern.

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Answer:

As the question does not provide any context about who Jane is and what she has done, I cannot provide a specific answer about which core business etiquette is missing in Jane. However, in general, some of the key core business etiquettes that are important to follow in a professional setting include:

Punctuality: Arriving on time for meetings and appointments is a sign of respect for others and their time.

Professionalism: Maintaining a professional demeanor, dressing appropriately, and using appropriate language and tone of voice are important in projecting a positive image and establishing credibility.

Communication: Effective communication skills such as active listening, clear speaking, and appropriate use of technology are essential for building relationships and achieving business goals.

Respect: Treating others with respect, including acknowledging their opinions and perspectives, is key to building positive relationships and fostering a positive work environment.

Business etiquette: Familiarity with and adherence to appropriate business etiquette, such as proper introductions, handshakes, and business card exchanges, can help establish a positive first impression and build relationships.

It is important to note that specific business etiquettes may vary depending on the cultural and social norms of the particular workplace or industry.

The given statement "Germ-line genetic modification refers to "designer babies."" is true.

Germ-line genetic modification is a technique used to alter the genes in a gamete or a fertilized zygote. This process results in the introduction of the changes into the genome of every cell in the developing embryo. Consequently, any changes made in the germ cells will be inherited by future generations, making it possible to alter the human genome permanently.

The technology is still in its early stages, but it holds the potential to eliminate a wide range of genetic diseases. Designer babies are those whose genetic makeup has been deliberately altered by parents or physicians in such a way as to confer certain traits that would not have been present naturally.

While there are many ethical and societal considerations to be taken into account when it comes to germ-line genetic modification, the technology holds a great deal of promise for the future of medicine and genetic research. One of the most significant benefits of germ-line genetic modification is its ability to eradicate inherited genetic diseases.

The concept of germ-line genetic modification is currently being debated by scientists, policymakers, and ethicists. However, as the technology continues to improve, it will undoubtedly become more prevalent in the medical field, leading to new possibilities for personalized medicine, disease prevention, and even genetic enhancement.

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Answer:

Used vacuum tubes for circuitry.

Electron emitting metal in vacuum tubes burned out easily.

Used magnetic drums for memory.

Were huge, slow, expensive, and many times undependable.

Were expensive to operate.

Were power hungry.

Explanation:

Answer:

Explanation:

1)First generation computers used vacuum tubes.

2)Speed was slow and memory was very small.

3)They were huge in size taking up entire room.

4)They consumed a lot of power and generated so much heat.

5)Machine language was used in these computers.

6)Output was obtained on printouts through electric typewriter.

7)Input was based on punched cards.

8)First generation computers were expensive and unreliable.

A subset of electronics called digital circuits or digital electronics uses digital signals to carry out a variety of tasks and satisfy a range of needs.

Thus, These circuits receive input signals in digital form, which are expressed in binary form as 0s and 1s. Logical gates that carry out logical operations, including as AND, OR, NOT, NANAD, NOR, and XOR gates, are used in the construction of these circuits.

This format enables the circuit to change between states for exact output. The fundamental purpose of digital circuit systems is to address the shortcomings of analog systems, which are slower and may produce inaccurate output data.

On a single integrated circuit (IC), a number of logic gates are used to create a digital circuit. Any digital circuit's input consists of "0's" and "1's" in binary form. After processing raw digital data, a precise value is produced.

Thus, A subset of electronics called digital circuits or digital electronics uses digital signals to carry out a variety of tasks and satisfy a range of needs.

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Answer:

Resources I think because what you have all depends on resources which required money

PLZ CORRECT ME IF I AM Wrong please and thank you

Explanation:

Data abstraction and data independence are two key concepts in computer science and database management systems. They are closely related and aim to improve the efficiency, flexibility, and maintainability of data management.

The definitions of these two are:

Data Abstraction:

Data abstraction refers to the process of hiding the implementation details of data and providing a simplified view or interface to interact with it. It allows users to focus on the essential aspects of data without being concerned about the underlying complexities. In programming languages, data abstraction is often achieved through the use of abstract data types (ADTs) or classes.

By abstracting data, programmers can create high-level representations of data entities, defining their properties and operations.

Data Independence:

Data independence refers to the ability to modify the data storage structures and organization without affecting the higher-level applications or programs that use the data. It allows for changes to be made to the database system without requiring corresponding modifications to the applications that rely on that data. Data independence provides flexibility, scalability, and ease of maintenance in database systems.

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Answer:

a. 118.20.210.254

Explanation:

Here are the few characteristics of Class A:

First bit of the first octet of class A is 0.

This class has 8 bits for network and 24 bits for hosts.

The default sub-net mask for class A IP address is 255.0.0.0

Lets see if the first bit of first octet of 118.20.210.254 address is 0.

118 in binary (8 bits) can be represented as : 1110110

To complete 8 bits add a 0 to the left.

01110110

First bit of the first octet of class A is 0 So this is class A address.

For option b the first octet is : 183 in the form of bits = 10110111 So it is not class A address

For option c the first octet is 215 in the form of bits = 11010111 So it is not class A address

For option d the first octet is 255 in the form of bits = 11111111. The first bit of first octet is not 0 so it is also not class A address.

Answer:

The answer to this question is given below in the explanation section.

Explanation:

Using touch or mouse to move or copy cells is called Drag and Drop.

It can be called dragging when moving, or dragging or filling when copying. If you are using Fill Handle, you are filling, but you can also drag to copy something to a non-contiguous location with the mouse,  while holding the Ctrl key.

An original idea that involves some creative expression and is put into a fixed medium is known as a "work of authorship." This can include things like writing a book, painting a picture, or composing a song.

Once a work of authorship is put into a fixed medium, it is protected by copyright law. This means that the creator of the work has exclusive rights to control how the work is used, reproduced, and distributed.

It is important to remember that copyright protection only applies to the original idea and creative expression that is put into a fixed medium, not to the underlying idea itself.

For example, if someone writes a book about a boy wizard going to a school for magic, that specific story is protected by copyright, but the idea of a boy wizard going to a school for magic is not.

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Answer:

Given:

Passwords are selected from 4 characters.

Character combinations are 26 lower case alphabetic characters.

Passwords attempts by adversary is at rate of 1 second.

To find:

Expected time to discover the correct password

Explanation:

Solution:

4 character combinations of 26 alphabetic characters at the rate of one attempt at every 1 second = 26 * 4 = 104

So 104 seconds is the time to discover the correct password. However this is the worst case scenario when adversary has to go through every possible combination. An average time or expected time to discover the correct password is:

13 * 4 = 52

You can also write it as 104 / 2 = 52 to discover the correct password. This is when at least half of the password attempts seem to be correct.

Answer:

If a device has obtained an IP address using Link Local, its IP configuration will be within the 169.254.0.0/16 subnet.

Explanation:

The Internet Engineering Task Force (IETF) has reserved the IPv4 address block 169.254 if a device received an IP address. 0.0/16

A link-local address is a unicast network address that is valid only for communications within the subnetwork to which the host is linked. Link-local addresses are typically issued automatically by a method known as stateless address autoconfiguration or link-local address autoconfiguration,[1] sometimes known as automatic private IP addressing (APIPA) or auto-IP. As a result, routers do not forward packets that have link-local source or destination addresses. IPv4 link-local addresses are assigned from the address block 169.254.0.0/16.

The Address Resolution Protocol (ARP) is used to convert between Layer 2 MAC addresses and Layer 3 IP addresses.ARP resolves IP addresses to MAC addresses by requesting, "Who owns the IP address 192.168.2.140, please inform me?" They are assigned from the block that may be configured inside its subnet.ARP resolves IP addresses to MAC addresses by requesting, "Who owns the IP address 192.168.2.140, please inform me?" They are assigned from the block that may be configured inside its subnet .ARP resolves IP addresses to MAC addresses by requesting, "Who owns the IP address 192.168.2.140, please inform me?" They are assigned from the block that may be configured inside its subnet.

ARP resolves IP addresses to MAC addresses by requesting, "Who owns the IP address 192.168.2.140, please inform me?" They are assigned from the block that may be configured inside its subnet.

Answer:

D

Explanation:

Answer: A, B, C, D

Explanation:

Note that it is FALSE to state that "all flowcharts begin with me.i am elliptical in shape."

While it is common for flowcharts to start with a shape, typically represented as an oval or rounded rectangle, it is not always an elliptical shape.

The starting point of a flowchart can vary depending on the specific system or process being depicted.

The purpose of the initial shape is to indicate the beginning or initiation of the flowchart, and it can take various forms depending on the conventions and preferences of the flowchart designer.

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Full Question:

Although part of your question is missing, you might be referring to this full question:

All flowcharts begin with me.i am elliptical in shape. True or False?

The two schools of design that encompass symmetry and asymmetry are known as symmetrical design and asymmetrical design.

Symmetrical design is characterized by the balanced distribution of visual elements on either side of a central axis. It follows a mirror-like reflection, where the elements on one side are replicated on the other side, creating a sense of equilibrium and harmony.

Symmetrical designs often evoke a sense of formality, stability, and order.

On the other hand, asymmetrical design embraces a more dynamic and informal approach. It involves the intentional placement of visual elements in an unbalanced manner, without strict adherence to a central axis.

Asymmetrical designs strive for a sense of visual interest and tension through the careful juxtaposition of elements with varying sizes, shapes, colors, and textures.

They create a more energetic and vibrant visual experience.

Both symmetrical and asymmetrical design approaches have their merits and are employed in various contexts. Symmetry is often used in formal settings, such as architecture, classical art, and traditional graphic design, to convey a sense of elegance and tradition.

Asymmetry, on the other hand, is commonly found in contemporary design, modern art, and advertising, where it adds a sense of dynamism and creativity.

In conclusion, the schools of symmetry and asymmetry represent distinct design approaches, with symmetrical design emphasizing balance and order, while asymmetrical design embraces a more dynamic and unbalanced aesthetic.

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Answer:

Most displays in current use employ cathode ray tube ( CRT ) technology similar to that used in most television sets. The CRT technology requires a certain distance from the beam projection device to the screen in order to function.

Answer:

The correct answer is Downloading. Key Points. The process of copying files from a remote server to a local drive is as known as downloading. In computer networks, download means to receive data from a remote system, typically a server such as a web server, an FTP server, an email server, or other similar systems.

The  port which  is the fastest is  ESATA.

eSATA  can be described as the  SATA connector which can be access from outside the computer and it help to give the necessary  signal  connection that is needed for  external storage devices.

The eSATA serves as a version of the eSATA port which is been regarded as the  External SATA port, therefore, The  port which  is the fastest is  ESATA.

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Answer:

Two wave pulses move toward each other along a rope. The two waves produced have different speeds.

Explanation:

Refraction of light is the change in the speed of light as it travels. The correct option is C.

The bending of light as it passes from one medium to another is caused by the difference in the speed of light in the different media.

When viewed through a medium with a different refractive index, this bending of light can cause objects to appear distorted or displaced.

The change in direction and speed of light as it passes from one medium to another, such as from air to water or from water to glass, is referred to as refraction.

This happens because the speed of light changes when it moves from one medium to another due to a change in the refractive index of the medium.

Thus, the correct option is C.

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Your question seems incomplete, the probable complete question is:

Which statement best describes refraction of light? It

A. produces echoes

B. happens only in mirrors

C. is the change in the speed of light as it travels

D. happens because light bounces from a surface

An example of the way that you can make  an animation with three circles and two lines using the above code is given below.

In the above code, three circles of distinctive colors and sizes are drawn utilizing the canvas.draw_circle() work, and two lines of diverse colors and thicknesses are drawn utilizing the canvas.draw_line() work.

The (x, y) arranges indicate the center of the circles and the begin and conclusion focuses of the lines, and the parameters for span, width, and color control the appearance of the circles and lines. The draw_handler() work is set as the draw handler for the outline utilizing frame.set_draw_handler().

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Answer:

Explanation:

Algorithm design is the branch of discrete mathematics and computer science that deals with the research, development and implementation of sequential and asynchronous algorithms. ... An algorithm is simply a sequence of instructions; a recipe is an algorithm, and so is a list of driving instructions.