A file that data is read from is known as a(n)a. input file.b. output file.c. sequential access file.d. binary file.

Answer:

Assertiveness.

Explanation:

Assertiveness can be defined as a social skill and communication style in which an individual expresses his or her feelings, ideas, desires, opinions, needs or even their rights without being disrespectful to the other party.

Basically, an individual who communicates effectively without being aggressive and disrespectful is said to possess an assertive communication skills.

This ultimately implies that, this kind of individual can effectively combine his behavioral, cognitive and emotional traits while communicating with others.

Hence, when a person can present their own ideas without barreling over the other person and their ideas, they are exhibiting assertiveness.

Answer: Some features are,

Vacuum-tube technology

Unreliability

Supported only by machine language

Overpriced

A lot of heat generation

Slow input and output devices

Bigger in size

Pick any

Hope this helps!

Answer:

Machine language.

Magnetic tapes and magnetic drums.

Paper tape and punched cards.

Very slow and very large in size (often taking up entire room).

Explanation:

Answer:

15

Explanation:

Edge 2021

Answer:

FALSE IS THE ANSWER.

I HOPE IT IS HELPFUL

Answer:

Easy all you have to do is upload one assignment at a time and follow all the other directions!

Explanation:

_Hope_this_helps! >O<

Answer:

MoveElement("button1", "down", 25); This function finds the minimum number in a list.

Explanation:

Hope this helps

Operating system (OS)

Departure Procedures (DPs) are specific guidelines and instructions that pilots follow when departing from an airport. They are designed to ensure safe and efficient aircraft departures, particularly in challenging or congested airspace. There are various types of DPs, including Obstacle Departure Procedures (ODPs) and Standard Instrument Departures (SIDs).

1. Obstacle Departure Procedures (ODPs): ODPs are departure procedures that provide guidance to pilots on how to navigate around obstacles, such as mountains or tall structures, during the initial climb phase. ODPs are typically published for airports where terrain or obstacles pose a potential hazard to departing aircraft. These procedures outline specific headings, altitudes, and other instructions that pilots must follow to ensure obstacle clearance.

2. Standard Instrument Departures (SIDs): SIDs are departure procedures that provide a standard and efficient route for aircraft to follow after takeoff. SIDs are typically used in controlled airspace and help to ensure aircraft maintain safe separation and follow a predictable path. SIDs include specific waypoints, altitude restrictions, and other instructions that pilots must adhere to during the initial climb and transition to the en-route phase.

On the other hand, ATC climb clearances and en-route ATC clearances are not considered DPs. ATC climb clearances refer to instructions given by air traffic control to pilots during the climb phase to reach a specific altitude or flight level. These clearances may include altitude restrictions, speed restrictions, or other instructions to ensure safe separation and airspace management.

En route ATC clearances are instructions provided by air traffic control to pilots during the en-route phase of flight. These instructions may include changes in altitude, route modifications, or other directives to ensure safe and efficient navigation through the airspace.

In summary, the DPs specifically refer to Obstacle Departure Procedures (ODPs) and Standard Instrument Departures (SIDs), while ATC climb clearances and en route ATC clearances are separate instructions given by air traffic control during different phases of flight.

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False. Not every port can store frames in the shared memory buffer.

The statement that any port can store frames in the shared memory buffer is incorrect. In networking, memory buffering is a technique used to temporarily store data packets or frames when the receiving port is busy or unable to process them immediately. However, not all ports have the capability to store frames in the shared memory buffer.

Memory buffering is typically implemented in network devices like switches and routers. These devices have dedicated memory buffers that can hold incoming frames until they can be forwarded to their intended destination. The shared memory buffer allows for efficient handling of network traffic and helps prevent congestion or data loss.

While switches and routers have memory buffers, individual ports on these devices may or may not have their own buffering capabilities. The availability of memory buffering on a specific port depends on the design and specifications of the network device. Some ports may have dedicated buffers, while others may rely on shared memory resources.

In conclusion, not every port can store frames in the shared memory buffer. The ability to buffer frames depends on the specific port and the network device in use.

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False. Not every port can store frames in the shared memory buffer.

The statement that any port can store frames in the shared memory buffer is incorrect. In networking, memory buffering is a technique used to temporarily store data packets or frames when the receiving port is busy or unable to process them immediately. However, not all ports have the capability to store frames in the shared memory buffer.

Memory buffering is typically implemented in network devices like switches and routers. These devices have dedicated memory buffers that can hold incoming frames until they can be forwarded to their intended destination. The shared memory buffer allows for efficient handling of network traffic and helps prevent congestion or data loss.

While switches and routers have memory buffers, individual ports on these devices may or may not have their own buffering capabilities. The availability of memory buffering on a specific port depends on the design and specifications of the network device. Some ports may have dedicated buffers, while others may rely on shared memory resources.

In conclusion, not every port can store frames in the shared memory buffer. The ability to buffer frames depends on the specific port and the network device in use.

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They project would fail aka not succeed

The Python programmed is as follows:

open fname ("names.txt","r")

num = 0

for each line in fname:

try:

float line (line)

with the exception of ValueError:

num+=1

fname.close

print(num,"names")

This opens the file for reading.

open fname ("names.txt","r")

This sets the number of names to zero.

num = 0

This loops through the file's lines.

for each line in fname:

This checks for valid strings by running a value check exception on each name.

try:

float line (line)

This raises num by one for each name read.

with the exception of Value Error:

num+=1

Save the file.

fname.close

Print the number of names that were read.

print(num,"names")

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Unable to respond because the context or specific system for looking at user accounts is not mentioned.

I need additional details regarding the platform or system that is being used to look at user accounts in order to respond to this topic. I'm unable to give a precise response without this information. strange assignments in user accounts may, however, generally involve things like increased privileges, access to confidential data or systems, or strange login patterns. It's crucial to routinely examine user accounts in order to see any potential security issues and take the necessary precautions to reduce them. Sensitive information can be protected and security breaches can be avoided with regular user account monitoring and inspection.

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Answer:

<table>

Explanation:

W3C validation is a test applied to web pages codes, containing HTML, CSS and other important web frameworks, to make sure that they follow the right syntax and semantics prescribed by the W3C - World Wide Web Consortium.

When a web page, or simple an HTML document, passes this test then it shows that the set rules for creating web pages, that can be easily rendered across many browsers, have been well followed.

There are many reasons why the test may fail. Some of them are highlighted as follows;

i. Not specifying the Doctype at all. For an HTML document to pass the W3C validation test, it is important to specify the Doctype which tells the browser how to treat the document. If HTML is specified as Doctype, then the browser treats the document as HTML. If none is specified, the browser does not know and may have to guess how to treat the document.

ii. Missing closing tags. HTML is a markup language and the use of tags are very important. Many tags have opening and closing parts such as;

<p> </p>.

Some are self closing such as;

<br />

Now, opening a tag and not closing it will make the test fail.

iii. Not completing important child tags. Some tags have child tags that are very important. Child tags are put inside another tag called the parent tag. An example is the <table> tag which has a few child tags such as <tr>, <tbody> e.t.c

Now, when creating a table, according to the W3C specifications, one or more of the <tr> or <tbody> child tag should be inserted.

The user interface of a BI system is often referred to as a dashboard. A dashboard is a graphical user interface that provides a visual representation of key performance indicators and other important metrics. Dashboards can be customized to display specific data and metrics that are relevant to the user.

They typically feature charts, graphs, and other visualizations that make it easy to quickly understand data and identify trends. Dashboards are an important component of BI systems because they allow users to interact with data in a meaningful way. They provide a high-level overview of key business metrics, while also allowing users to drill down into more detailed information as needed. Dashboards can also be customized to meet the needs of different users and roles within an organization.

Overall, the user interface of a BI system plays a critical role in enabling users to extract insights and make informed decisions. By providing a clear and intuitive dashboard, BI systems can help users to better understand their data and take action based on the insights they uncover.

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Answer:

Not sure if this is what you meant but I hope this helps :)

Explanation:

Depending on what you mean, there are two ways to multiply using the distributive property:

First way:

Using 5(4+2) as an example

5(4+2)

(5*4)+(5*2)

20+10

30

Second way:

Using 36*12 as an example

36*12

(30+6)*(10+2)

(30*10)+(30*2)+(6*10)+(6*2)

300+60+60+12

300+120+12

420+12

432

The best first step to fix this problem would be to search for the file on your Linux server. You can use the search feature in the terminal to look for the file by typing "find fortytwo.db".

If you don't find the file in the results, you can also search for other file types, such as .db or .txt, with the same search terms.

Additionally, you can try searching in different folders, such as the downloads folder, to see if the file is stored there. If you still can't find the file, you can try restoring it from a backup, if one is available.

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Organizations that self-regulate via feedback loops can be described as applying principles of cybernetics.

Cybernetics is a field that deals with systems and control processes, specifically focusing on the study of feedback loops and self-regulation. Organizations that employ self-regulation through feedback loops can be seen as applying cybernetic principles to their operations. In this context, feedback loops refer to the process of gathering information about a system's performance, comparing it to desired outcomes, and making necessary adjustments to achieve those outcomes.

By using feedback loops, organizations can monitor their activities, evaluate their performance, and make continuous improvements. Feedback loops involve collecting data, analyzing it, and using the insights gained to adjust behaviors, processes, or strategies. This iterative process enables organizations to adapt to changes, optimize their performance, and achieve desired outcomes.

In summary, organizations that self-regulate via feedback loops can be understood as implementing principles from cybernetics. They utilize feedback mechanisms to monitor and adjust their operations, aiming to improve performance and achieve their goals.

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The program would display "Impossible! Enter an age greater than 0" twice.

The given code prompts the user to enter their age and assigns the input to the variable "age". It then enters a do-while loop. In the loop, it first checks if the entered age is less than or equal to 0. If it is, it displays the message "Impossible! Enter an age greater than 0" and prompts the user to enter the age again. This process continues until the user enters an age greater than 0.

In the given scenario, the user enters "3" twice at the prompts. Since "3" is greater than 0, the loop condition is not satisfied, and the program exits the loop. It then displays the message "Thank you."

Therefore, the program would display the message "Impossible! Enter an age greater than 0" twice since the user's input does not meet the condition to exit the loop.

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The statement that uses the value of a variable or expression to determine where the program will branch to is called a "switch" statement.

Explanation:

1. A switch statement is a programming construct that allows a program to execute different code blocks based on the value of a variable or expression.

2. The switch statement evaluates the value of the expression or variable and compares it to a list of possible values called "cases".

3. When a match is found, the program executes the code block associated with that case and then exits the switch statement.

4. The switch statement is commonly used in situations where a program needs to make a decision based on a user's input or the value of a variable.

5. In contrast, a select statement is not a commonly used programming construct, and it is not directly related to branching in a program.

6. An associative statement is also not a commonly used programming construct, and it is not related to branching in a program at all.

7. Finally, scope refers to the visibility and accessibility of variables and functions in a program, but it is not directly related to branching in a program.

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Answer:

\(1001011_2\)    \(+\)   \(100011_2\)   \(=\)    \(6E_{hex}\)

Explanation:

Required

\(1001011_2 + 100011_2 = []_{16}\)

First, carry out the addition in binary

\(1001011_2\)    \(+\)   \(100011_2\)   \(=\)    \(1101110_2\)

The step is as follows (start adding from right to left):

\(1 + 1 = 10\) --- Write 0 carry 1

\(1 + 1 + 1(carry) = 11\) ---- Write 1 carry 1

\(0 + 0 + 1(carry) = 1\) ---- Write 1

\(1 + 0 = 1\) --- Write 1

\(0 + 0 = 0\) ---- Write 0

\(0 + 0 = 0\) ---- Write 0

\(1 + 1 = 10\) --- Write 0 carry 1

No other number to add ; So, write 1 (the last carry)

So, we have:

\(1001011_2\)    \(+\)   \(100011_2\)   \(=\)    \(1101110_2\)

Next, convert \(1101110_2\) to base 10 using product rule

\(1101110_2 = 1 * 2^6 +1 * 2^5 + 0 * 2^4 + 1 * 2^3 + 1 * 2^2 + 1 * 2^1 + 0 * 2^0\)

\(1101110_2 = 64 +32 + 0 + 8 + 4 + 2 + 0\)

\(1101110_2 = 110_{10}\)

Lastly, convert \(110_{10}\) to hexadecimal using division and remainder rule

\(110/16 \to 6\ R\ 14\)

\(6/16 \to 0\ R\ 6\)

Write the remainder from bottom to top;

\(110_{10} = 6(14)_{hex}\)

In hexadecimal

\(14 \to E\)

So, we have:

\(110_{10} = 6E_{hex}\)

Hence:

\(1001011_2\)    \(+\)   \(100011_2\)   \(=\)    \(6E_{hex}\)

The many side entity must always be loaded first when loading data into two entities with a 1:m relationship.  An entity in a connection that has a lesser cardinality or a weaker association.

with the other entity is referred to as a side entity in database modelling. The "many" side entity in a one-to-many (1:M) connection is normally the side entity, whereas the "one" side entity is the principal entity. The other entity may or may not have a record for the side entity, depending on whether it is mandatory. Understanding the side entity is essential for creating appropriate relationships between entities in database design and guaranteeing data integrity. Also, it aids in deciding how data should be loaded and accessed in the database.

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When loading data into two entities with a 1:m relationship, where the many side entity is mandatory, what is the recommended order for loading the data?

System monitoring utilities and tools also use the process table to show users data about active processes.

Each item in the table, which is frequently referred to as a context block, provides details about a process, including its name, state (described below), priority (discussed below), registers, and any pending semaphores (discussed later). Depending on the operating system, a context block's precise contents will vary.

The Linux kernel has a data structure called the process table that contains details about every process that is currently active. Process IDs, memory use statistics, and file descriptor usage are all listed in the process table process IDs, memory use, file descriptor usage, and other information are all contained in the process table.

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Answer:

September 2009, Kraków, Poland

Explanation:

serch it up

can i get brainliest

thank you and have a great dayyyyy:)

Answer:

social media precense is your answer

Answer:

computer works on electricity

Explanation:

Answer:

The correct answer is mesh design

Explanation:

I just took the quiz

Answer:

Other person is correct, mesh design

Explanation: