Every research project should make a contribution:
a. To knowledge.
O b. In terms of methodology.
Oc.
To the researcher's development.
O d. Financially​

Answer:  a company whose primary products are various forms of software, software technology, distribution, and software product development. They make up the software industry.

this should be the answer

hoped this helped

Answer:

X = 12

Explanation:

The primary value of X is 5. In line 20 X = X + 5, which is saying the primary value of X ,5, + 5, this is going to return the value of X to now become 10. Now the primary value of X in the program has changed to 10.

In line 30 X = X/5 + X, keeping in mind that the new primary value is not 5 but 10. So now line 30 is saying X = 10/5 + 10. This return the value of X to be 12.

Answer:

c. Pelas especificidades do objeto de pesquisa.

Explanation:

É o que eu acho e quem achar diferente ta errado

There were 5 staff members in the office before the increase.

To find the number of staff members in the office before the increase, we can work backward from the given information.

Let's start with the current total of 35 employees. It is stated that 11 employees were added last year.

Therefore, if we subtract 11 from the current total, we can determine the number of employees before the addition: 35 - 11 = 24.

Moving on to the information about the year prior, it states that there was a 500% increase in staff.

To calculate this, we need to find the original number of employees and then determine what 500% of that number is.

Let's assume the original number of employees before the increase was x.

If we had a 500% increase, it means the number of employees multiplied by 5. So, we can write the equation:

5 * x = 24

Dividing both sides of the equation by 5, we find:

x = 24 / 5 = 4.8

However, the number of employees cannot be a fraction or a decimal, so we round it to the nearest whole number.

Thus, before the increase, there were 5 employees in the office.

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Partitions are used to divide storage spaces into manageable segments.

Fixed partitions have a predetermined size, and they are used to allocate storage space based on the needs of an application. Fixed partitions are commonly used in mainframe systems, where applications require predictable amounts of storage.

For example, consider an organization that uses a mainframe system to manage its payroll. In this scenario, the organization may use fixed partitions to allocate storage space to the payroll application, ensuring that it has access to a specific amount of storage space at all times.

On the other hand, dynamic partitions allow the operating system to allocate storage space based on the requirements of an application. With dynamic partitions, the size of the partition is not fixed, and it can grow or shrink based on the needs of an application.

For example, consider a personal computer that is used to store and manage different types of data. In this scenario, dynamic partitions are used to allocate storage space to different applications based on their storage requirements.

As new applications are installed, the operating system dynamically allocates storage space to ensure that each application has sufficient storage space to function properly.

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The way that the entity relationship (ER) model helped produce a more structured relational database design environment is that

A database's primary entities and their relationships can be determined with the aid of an entity relationship model, or ERM. The role of the ERM components is easier to comprehend because they are graphically portrayed.

It is simple to translate the ERM to the tables and attributes of the relational database model using the ER diagram. The full set of needed database structures is generated by this mapping procedure, follows a set of clearly defined processes which are:

A visual representation of relational databases is an entity relationship diagram (ERD). Relational databases are modeled and designed using ERDs.

The Entity Relationship Model (ERM), which enables designers to perceive entities and connections visually, contributed to the creation of a more structured relational database design environment.

Therefore, Instead of defining the structures in the text, it is easier to understand them graphically.

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If every number is represented by five bits, then 7 = 00111 in each of the three systems, -7 = 11000 (1's complement), -10111 (signed magnitude), and 11001 (2's complement).

Binary 7 equals 111. With a binary number system, we only use the digits 0 and 1 to represent a number, as opposed to the decimal number system, which uses the digits 0 to 9. (bits).

Its possible values with 7 bits of 2's complement are -64 to 63. (Traditionally, 7 bits can only be used to represent data up to 2n-1, or 128; however, since the MSB is reserved for the sign, we could use 6 bits instead.) There will be 64 favourable results.

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Answer:

Skill/ Material

Explanation:

The skills needed to design a model for a 3D printer to print is rare, and takes alot of practice.

Filling is also needed for the printer, which is an additonal cost besides mantience, and the original fee.

Answer:

Explanation:

3D printers are a versatile technology with a multitude of use cases, from designing models and prototypes to creating components used in vehicles. This begs the question, why are they not common in home offices everywhere?

Firstly, while they are incredibly useful, they are pretty complex, with prior knowledge of CAD (computer-aided design) software often required. This complexity can make its use challenging for the average person.

Another reason they are uncommon in home offices is their need for maintenance. 3D printers, like all machinery, require regular maintenance to ensure smooth operation. However, maintenance of 3D printers can be time-consuming, coupled with an overall lack of need within a home office, making them off-putting to buyers.

Answer:

The scripts are:

1. SELECT * FROM planes

2. UPDATE planes SET YEAR = 2013 WHERE year IS NULL

3. INSERT INTO planes (Tailnum, Year, type, Manufacturer, Model, Engines, Seats) VALUES ('N15501',2013,'Fixed wing single engine', 'BOEING', 'A222-101',3,100,NULL)

4. DELETE FROM planes WHERE Tailnum = 'N15501'

Explanation:

1. SELECT * FROM planes

To select all from a table, use select * from [table-name]. In this case, the table name is planes

2. UPDATE \(planes\ SET\) YEAR = 2013 WHERE year IS NULL

To do this, we use the update query which is as follows:

UPDATE [table-name] SET [column-name]= [value] WHERE [column] IS NULL

So: the above query will update all YEAR column whose value is NULL to 2014

3. INSERT INTO planes (Tailnum, Year, type, Manufacturer, Model, Engines, Seats) VALUES ('N15501',2013,'Fixed wing single engine', 'BOEING', 'A222-101',3,100,NULL)

To insert is very straight foward.

The syntax is:

INSERT INTO [table-name] (column names) VALUES (values)

4. DELETE FROM planes WHERE Tailnum = 'N15501'

To do this, we use the update query which is as follows:

DELETE FROM [table-name] WHERE [column] = [value]

So: The above query will delete the entry in (3) above

The couples, considering the patterns in the problem, are listed as follows:

We use the information from the bullet points to find the couples.

The first information is:

No woman's husband has a first name that consists of her first name without the final "a".

Hence:

The second information is:

Paul is not married to Roberta, and Robert is not married to Paula.

Hence:

No husband and wife have "bert" in both their first names, hence:

No woman's last name consists of her first name without the final "a" and with "son" on the end, and no man's last name consists of his first name with "son" added at the end, hence:

There is a man who has "bert" in his first and last names, hence either of these two can be couples.

Carl's last name is not Paulson, hence a couple is:

Carla and Robert Paulson.

Then Carla and Robert are Paulson, and the couples are:

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Answer:

What is your question?

Explanation:

Answer:

...Can someone help the human because I really don't know this question...

You did not specified the language, so I did my program in python.

Hope it helps!!!

Answer:

java” xargs grep -i "Hello World”

Answer:

The end of an experience is a great time to reflect on your learning. With every research experience you will gain new skills, learn more about the type of environment you enjoy being in, further explore your strengths and interests, and test out your motivation to further study or pursue a career in a field or discipline.

Explanation:

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: The fish?

Explanation:

Answer:

birds in flight  and railroad tracks

Explanation:

i got it right

Answer: how many opportunity costs there are

Explanation: if i don’t do this , what will i be missing out on? am i missing this great opportunity for something unnecessary?

The one that is considered when making rational decisions is how many opportunity costs there are. The correct option is C.

Rational decisions are quantitative decisions that are taking by looking all the odd and right things.  It follows a precise process that makes use of logic and objective knowledge.

It entails recognizing the issue that has to be resolved, collecting data, locating options and outcomes, analyzing them, taking into account all the connections, and making a decision.

Here, in the options, the best example of rational decision is looking for the opportunity costs. Using the best use of given opportunity is the good always decision.

Thus, the correct option is C. how many opportunity costs there are.

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Answer:

Ethernet crossover cable

Explanation:

.

Answer:

an error message

Explanation:

The return value is the value which is sent back by the function to a place in the code from where the \(\text{function}\) was called from. Its main work is to return a value form the function.

In the context, the form of  "(symbol-length? 'James)" in Scheme will return the  value --- ' an error message'.

The given state machine is in State C and receives the string 100010, the ending state of the state machine will be State B (option B).

What is the state machine? A state machine is a mathematical model of a system. It is an abstract machine that can be in exactly one of a finite number of states at any given time. State machines are often used for stateful entities such as computers, processors, and other electronic devices.

How to solve the problem? We start from the starting state State A and follow the given string 100010.

State A: The first symbol of the string is 1, so we move from state A to state B.

State B: The second symbol of the string is 0, so we move from state B to state D.

State D: The third symbol of the string is 0, so we move from state D to state E.

State E: The fourth symbol of the string is 0, so we move from state E to state F.

State F: The fifth symbol of the string is 1, so we move from state F to state B.

State B: The sixth and last symbol of the string is 0, so we remain in state B, and it's our ending state. Therefore, the ending state of the state machine will be State B.

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System testing is a crucial stage where the software design is implemented as a collection of program units.

Unit testing plays a vital role during this phase as it focuses on validating each unit's compliance with its specifications. Unit testing entails testing individual units or components of the software to ensure their functionality, reliability, and correctness.

It involves executing test cases, evaluating inputs and outputs, and verifying if the units perform as expected. By conducting unit testing, developers can identify and rectify any defects or issues within individual units before integrating them into the larger system, promoting overall software quality.

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Here's an array definition in Python that includes the numbers 12, 3, 56, 79, and 91:

python

my_array = [12, 3, 56, 79, 91]

In the code provided, an array (or a list) is defined with the name my_array and it contains the numbers 12, 3, 56, 79, and 91 as its elements. Arrays are a collection of items, in this case, numbers, that are stored in a sequential manner and can be accessed using an index.

The syntax for defining an array in Python is to enclose the elements within square brackets [] and separate them by commas. In this case, the numbers 12, 3, 56, 79, and 91 are included as elements in the array. The array is then assigned to the variable my_array using the assignment operator =.

Once the array is defined, you can access individual elements in the array using their index. In Python, the index starts from 0, so my_array[0] represents the first element in the array, which is 12, my_array[1] represents the second element, which is 3, and so on. You can use these indices to read or modify the values stored in the array.

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The kind of material that is used for DRAM (dynamic random-access memory) is metal-oxide-semiconductor.

DRAM was invented in 1968. It is a type of RAM used in modern computers and laptops. It is a type of random access memory. Its name is dynamic random access memory.

Metal-oxide-semiconductor is used in making the transistors and capacitors of the DRAM, which are used to store the data. They hold a bit of the data in these capacitors and transistors.

Thus, the material that is used is metal-oxide-semiconductor to make DRAM (dynamic random-access memory).

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Answer:

Explanation:

what language is that?

The true statement about a modular power supply is A. Modular power supplies allow for the customization and flexibility of cable management.

Modular power supplies provide the advantage of customizable cable management. They feature detachable cables that can be individually connected to the power supply unit (PSU) as per the specific requirements of the computer system.

This modular design enables users to connect only the necessary cables, reducing cable clutter inside the system and improving airflow.

With a modular power supply, users can select and attach the cables they need for their specific hardware configuration, eliminating unused cables and improving the overall aesthetic appearance of the system. This customization and flexibility make cable management easier and more efficient.

Additionally, modular power supplies simplify upgrades and replacements as individual cables can be easily detached and replaced without the need to replace the entire PSU.

This enhances convenience and reduces the hassle involved in maintaining and managing the power supply unit.

Therefore, option A is the correct statement about modular power supplies.

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I think this is the question:

Which statement about a modular power supply is true?

A. Modular power supplies allow for the customization and flexibility of cable management.

B. Modular power supplies are less efficient than non-modular power supplies.

C. Modular power supplies are only compatible with specific computer models.

D. Modular power supplies require additional adapters for installation.

Answer:

A

Explanation:

mass is the amount of matter, weight is your literal weight

An intranet is a network that uses internet technologies to provide resources to an internal organization.

Intranets are private networks used by businesses organizations to distribute internal communications to their employees only.

An intranet is a private company network designed to help employees to:

Therefore, we can conclude that an intranet is a network that uses internet technologies to provide resources to an internal organization.

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