aleksandra, the company hr manager, is completing a requisition form for the it staff to create a type of cloud that would only be accessible to other hr managers like aleksandra who are employed at manufacturing plants. the form asks for the type of cloud that is needed. which type of cloud would best fit aleksandra's need

Answer:

do you have a pic of your work

Explanation:

Where a ping fails when performed from router R1 to directly connected router R2. The network administrator then proceeds to issue the show CDP neighbors command. The network administrator would issue this command if the ping failed between the two routers because; "The network wants to verify Layer 2 connectivity." (Option B).

The data link layer, sometimes known as layer 2, is the second tier of the seven-layer OSI computer networking paradigm. This layer is the protocol layer that transports data over the physical layer between nodes on a network segment.

Layer 2 of The OSI Model: Data Link Layer offers functional and procedural mechanisms for transferring data across network entities as well as detecting and potentially correcting problems that may arise in the physical layer.

The OSI data connection layer (Layer 2) transports data over a connected physical network. On a computer network, a layer 2 device will transport data to a destination using Media Access Control (MAC) addresses, commonly known as Ethernet addresses.

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The IBM Power8 processor uses a Reduced Instruction Set Computer (RISC) architecture which is designed to execute commands quickly and efficiently.

This architecture is different from the Intel Core and Itanium processor families, which use a Complex Instruction Set Computer (CISC) architecture that allows for more complex operations. The Power8 processor also has advanced techniques such as pipelining, speculative execution, and multiprocessing. All of these features help the Power8 processor achieve superior performance compared to the Intel processors.

The Power8 processor also has advanced techniques such as pipelining, which allows multiple instructions to be processed simultaneously, speculative execution, which predicts and executes instructions before they are needed, and multiprocessing, which allows multiple tasks to be processed simultaneously.

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Answer:

lock

Explanation:

If Ted locks the camera,his son can't do anything.

Answer: lock

Explanation:

Answer:

Pre-Production

Explanation:

Once the film concept has been developed, the film company transitions to the production phases: pre-production, production, and post-production. In pre-production, the technical details are worked out, a schedule is set, and the resources to produce the film are assembled. This includes casting the film, filling the technical positions, and scheduling the production. The actual filming takes place during the production phase, followed by a post-production phase in which the footage is edited and the final film emerges.

Answer:

To loop through a set of code a specified number of times, we can use the range() function, The range() function returns a sequence of numbers, starting from 0 by default, and increments by 1 (by default), and ends at a specified number.

Explanation:

hope this helps

Programming languages are (designed to be) easily used by machines, but not people.

Natural languages (like English) are easily used by humans, but not machines.

Programming languages are unambiguous, while natural languages are often multiply ambiguous and require interpretation in context to be fully understood (also why it’s so hard to get machines to understand them). Natural languages are also creative and allow poetry, metaphor and other interpretations. Programming does allow some variation in style, but the meaning is not flexible.

Lojban (Wikipedia) is an artificial language designed to try to bridge the gap between these two types of languages. It is specifically unambiguous yet something that a human can pronounce and even speak meaningfully. It can be considered a somewhat successful experiment yet limited in functionality in some ways in both domains (and not a real substitute for a normal programming language, but perhaps useful as an interface).

Natural languages consist of sentences, usually declarative sentences expressing information in a sequence. Programming languages typically are not declarative but procedural, giving instructions to the machine to do something (like commands in natural languages). Rarely, programming languages are declarative, such as Prolog, where statements are given to the computer, then the evaluation consists of finding possible solutions that match those statements (generate a list of words based on possible combinations of letters as defined just by letter-combining rules, for example).

The vocabulary of natural languages is filled with conceptual terms. The vocabulary of programming languages is generally only ‘grammatical’/functional ‘words’ like basic comments, plus various custom-named things like variables and functions. There are no words like you’d look up in a dictionary to express something like ‘love’ or ‘happy’ or ‘sing’.

The grammatical structures vary in more ways than are easy to list here. But some of the most obvious factors are that words don’t have separable parts in programming languages (like English cat-s to form a plural) [=no morphology], and that via brackets, line breaks or other markers, embedding tends to be overtly and clearly marked on both sides for the parser in programming languages, whereas spoken languages usually only have one word (like “that”) linking embedded sentences, and sometimes no word at all. This is another reason that parsing human languages is so hard on a computer.

You could also look at Hockett’s design features and see which apply to programming languages: What is the difference between human and animal language?

In a very general sense, programming languages aren’t used for bidirectional communication and may not properly be considered “languages” in the same sense as natural languages. Just looking at Hockett’s features, they’re completely distinct in being written only, do not involve interchangeability between the speaker and hearer, do not have ‘duality of patterning’ meaning multiple layers of structure as sounds vs. phrases (phonology vs. syntax), and are not transmitted culturally (well, maybe). It’s just very hard to even try to make the comparison.

Most fundamentally, it is worth asking if programming languages even have meaning, or if they are just instructions. This is similar to the Chinese room thought experiment— given a book of instructions for how to translate Chinese, but without actually understanding it, would a human (or computer) with that book be considered to “know” Chinese? Probably not. A computer doesn’t “know” anything, it just does what the instructions tell it to. Therefore, programming languages have no semantics/meaning. They just are instructions, which translate into electronic signals, nothing more.

The ways to access the Excel Help windows is option C and D:

Excel's interface and fundamental operations can be understood in its entirety in a matter of hours, but mastering its more advanced features may take more time and effort. Most users of Excel need 18 to 20 hours to completely understand this spreadsheet program.

Note that The File menu also has a Help option. Click File in any Office application, then select the recognizable? button in the top right corner. To open the Help Viewer window for the Office application you are using, press the F1 function key at any time.

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Answer:

Explanation:

indent marker:

indent markers are located to the left of the horizontal ruler, and they provide several indenting options like left indent, right indent, first line indent and hanging indent. they allow you to indent paragraphs according to your requirements.

tab stop:

a tab stop is the location where the cursor stops after the tab key is pressed. it allows the users to line up text to the left, right, center or you can insert special characters like a decimal character, full stops, dots or dashed lines or can even create different tab stops for all the text boxes in a publication.

yes both can be applied at the same time. you do the settings according to the formatting of your layout.

She should choose specific transition effects & animations and time to each slide.

Let understand that Microsoft Power-point is an application specifically used to present data in slides and in an interesting mode.

In conclusion she should choose a specific transition effects & animations in order to program the transition and also set time to each slide & object.

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Given the three-hop scenario with capacity r, r/2 and r, we are to find the maximum throughput of the red connection.

We are to assume that the red and blue connections have similar controls and thus, the same maximum throughput. To find the maximum throughput, we can use the bottleneck method. The bottleneck method involves finding the capacity of the lowest capacity link in the path. The maximum throughput will be the capacity of the lowest capacity link in the path. Thus, we can find the capacity of each link and determine which link has the lowest capacity. The maximum throughput of the red connection can then be obtained. Capacity of the first link = rCapacity of the second link = r/2Capacity of the third link = rWe can see that the second link with capacity r/2 has the lowest capacity. Thus, the maximum throughput of the red connection is r/2. Therefore, the maximum throughput of the red connection is r/2.

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Lael is planning for student groups that the office will be working with in the coming year. In order to better manipulate and filter the student group data, she decides to create a pivot table. To do this, she switches to the academic pivot table worksheet and creates a pivot table in the first cell based on the academic groups table. She then updates the pivot table by following the instructions below:

a. She changes the pivot table name to "AcademicPivotTable"
b. She adds rows for activities and group name in that order
c. She adds values for 2021, 2022, and 2023 in that order
d. She displays all subtotals at the top of each group
e. She displays the report layout in outline form
f. She displays the appropriate field with the name 2021 membership as a number with zero decimal places
g. She displays the appropriate field with the name 2022 membership as a number with zero decimal places
h. She displays the appropriate field with the name 2023 membership as a number with zero decimal places.

By following these steps, Lael will be able to manipulate and filter the student group data more effectively using the AcademicPivotTable.

To create and update the PivotTable in the Academic PivotTable worksheet, follow these steps:

1. Switch to the Academic PivotTable worksheet.
2. Click on the first cell and create a PivotTable based on the AcademicGroups table.
3. Change the PivotTable name to: AcademicPivotTable.
4. Add rows for Activities and Group Name (in that order).
5. Add values for 2021, 2022, and 2023 (in that order).
6. Display all subtotals at the top of each group.
7. Display the report layout in Outline form.
8. Format the field with the name 2021 Membership as a number with zero decimal places.
9. Format the field with the name 2022 Membership as a number with zero decimal places.
10. Format the field with the name 2023 Membership as a number with zero decimal places.

By following these steps, you will create and update the PivotTable to better manipulate and filter the student group data for Lael's planning.

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Answer:

computer is an electronic device

Explanation:

computer have many advantages like

it help us to find answer questions

it helps us to employing

it gives some knowledge like how to play games

it help me to talk with friends

Answer:

C because it will work. I tried that a lot of time with documents.

Explanation:

Answer:

Ethan wants to change the font in his document. He should _____.

A. delete the text, select a font, and type

B. select a new font and highlight the text

C. highlight the text and select a new font

D. zoom in on the text, click on style, and make a selection

It is highlight the text and select a new font

Explanation:

Answer:

The use of robots increases the practicality of online education, such that the difference between in person attendance and online learning is minimized

In elementary school, robots can help deliver teaching materials in a class like setting, to students  who are unable to attend classes due to their current situation

In high school, simulators can give driving (and flying) lessons to would be drivers, without the exposure of the students to risk

Robots in higher education, such as medicine, can be used to carry out operational procedures with students where, there are no subjects to perform the surgical procedure on

The use of simulators makes possible training in disaster and crisis management

Explanation:

When the Soviets launched Sputnik 1, America devoted even more resources to space and technology research.

What is Sputnik 1?

Sputnik 1 was the first artificial Earth satellite. It was launched into an elliptical low Earth orbit by the Soviet Union on October 4, 1957. The surprise success precipitated the Sputnik crisis and triggered the Space Race between the Soviet Union and the United States.

Sputnik 1 was a small metal sphere measuring about 22.8 inches (58 centimeters) in diameter and weighing 183.9 pounds (83 kilograms). It was powered by two silver-zinc batteries and transmitted radio signals at a frequency of 20.005 and 40.002 MHz.

The satellite orbited the Earth once every 96.2 minutes at an altitude of about 310 miles (500 kilometers) and was visible from the ground as a rapidly moving point of light. It remained in orbit for about three months before its batteries died and it burned up in the Earth's atmosphere on January 4, 1958.

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Answer:

Theme: Developing a Solar-Powered Water Pump for Rural Communities

Goal: The goal of this project is to design and develop a solar-powered water pump that meets the needs of rural communities in developing countries. The product should be cost-effective, efficient, and easy to maintain.

Introduction:

Access to clean and safe water is essential for human survival. In rural areas of developing countries, many communities still lack access to reliable water sources. The lack of water has a significant impact on the health, education, and economic development of these communities. To address this issue, we propose the development of a solar-powered water pump that is both cost-effective and efficient. This essay will detail the steps involved in the concept development process, the types of engineering involved in developing this product, and our conclusion based on the product development lifecycle.

Step 1: Identify Customer Needs

The first step in the concept development process is to identify the customer's needs. For this project, the primary customer is rural communities in developing countries. To identify their needs, we conducted extensive research on the challenges they face in accessing water. Our research showed that the communities need a water pump that is reliable, easy to maintain, and affordable. They also need a water pump that can be powered by renewable energy sources such as solar power.

Step 2: Generate Ideas

The next step is to generate ideas for the product. We brainstormed various ideas based on the customer's needs and the available technology. We identified the most promising idea as a solar-powered water pump that can operate in remote areas without access to electricity.

Step 3: Evaluate and Select Ideas

The third step is to evaluate and select the most promising idea. We evaluated the feasibility of the solar-powered water pump idea by considering the cost of materials, the efficiency of the pump, and the ease of maintenance. We selected the idea because it met all of the customer's needs, was cost-effective, and could be easily maintained.

Step 4: Develop and Test Concepts

The fourth step is to develop and test the concept. We developed a prototype of the solar-powered water pump and tested it in a remote rural community. The pump was able to draw water from a deep well and pump it to a storage tank using only solar power. The pump was also easy to install and maintain.

Step 5: Refine and Finalize Concepts

The fifth step is to refine and finalize the concept. We made some improvements to the prototype based on the feedback we received from the rural community. We added a filter to remove impurities from the water and made the pump more durable to withstand harsh weather conditions.

Types of Engineering:

The development of the solar-powered water pump involved different types of engineering. The mechanical engineering team designed the pump, while the electrical engineering team designed the solar panels and battery system. The civil engineering team designed the storage tank and the plumbing system. All three engineering teams worked together to ensure that the product was efficient, reliable, and easy to maintain.

Conclusion:

In conclusion, the development of a solar-powered water pump is a promising solution to the water crisis faced by rural communities in developing countries. The concept development process allowed us to identify the customer's needs, generate ideas, evaluate and select the most promising idea, develop and test concepts, and refine and finalize the product. By involving different types of engineering, we were able to design a product that is cost-effective, efficient, and easy to maintain. If we followed the product development lifecycle process, we believe that the outcome would be a successful and sustainable product that meets the needs of rural communities.

The correct ordering of encapsulation units of Java from smallest to largest is option b. This means that the smallest encapsulation unit in Java is a method, followed by a package, and the largest is a class.

Let's first define what each encapsulation unit means in Java. A method is a set of instructions that can be called to perform a specific task. A package is a way of organizing related classes and interfaces into a single unit. A class is a blueprint for creating objects, which are instances of the class.

Now, the reason why a method is the smallest encapsulation unit is because it is the most granular unit of functionality that can be executed. A package, on the other hand, groups related classes and interfaces together, providing a level of organization and abstraction. Finally, a class is the largest encapsulation unit because it encapsulates the data and behavior of a specific type of object.

Therefore, the correct ordering of encapsulation units in Java from smallest to largest is method, package, class. Option b, "Method, package, class", follows this ordering, making it the correct answer.

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Answer:

prevents you from using old forms. protects your personal information. helps our applications run better on your computer.

The period of coronavirus will have both negative and positive impacts on STEM fields.

However, the STEM (Science, Technology, Engineering, and Mathematics) fields have shown significant changes and impacts.

Here is how this period of COVID-19 will affect the STEM fields.

1. Technology

The current situation has increased the use of technology in various fields. Remote work and online meetings are becoming more popular, and this has led to increased technology usage. Technological advancements are expected in the future, leading to new business models that are more efficient.

2. Biomedical research

The COVID-19 pandemic has sparked the need for more biomedical research and led to an increase in research funding. Scientists are researching vaccines, treatments, and diagnostic tools, which is expected to lead to a better understanding of viruses and other infectious diseases.

3. Education

The pandemic has affected the education system globally, with many institutions closing and students learning from home. Teachers and educators are now incorporating technology in teaching, and the pandemic has accelerated the adoption of e-learning platforms. This has led to the development of new ways to learn and teach, and new online learning platforms are expected to emerge in the future.

4. Engineering

The pandemic has led to an increase in demand for essential supplies such as ventilators, personal protective equipment (PPE), and other medical devices. This has led to the development of new designs and manufacturing processes that are more efficient. The need for innovation has also led to the development of new solutions, such as 3D printing of medical supplies.

5. Mathematics

Mathematical models are used to understand the transmission of diseases, and the COVID-19 pandemic has led to the development of new models to understand the spread of the virus. These models help policymakers and public health officials make decisions to control the pandemic.

In conclusion, the COVID-19 pandemic has impacted STEM fields significantly, leading to new developments and innovations. With increased technology adoption, biomedical research, e-learning platforms, and engineering, the STEM fields are expected to change and adapt to the new normal. It is crucial to keep up with these changes and find ways to take advantage of the opportunities presented by the pandemic.

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Answer:

The answer to your question would be C , A tag used to write programming scripts.

Explanation:

The  element either contains scripting statements, or it points to an external script file through the src attribute. Common uses for JavaScript are image manipulation, form validation, and dynamic changes of content. Hope this helps you! </p><p></p>

Answer:

D. Procedure Power (n, m), which returns the value n^m

Explanation:

Given

\(square(n) \to n^2\)

\(cube(n) \to n^3\)

Required

The generalization

The given functions are power functions which returns the power of n to a certain value.

The power sequence follows:

\(fourth(n) \to n^4\)

\(fifth(n) \to n^5\)

\(sixth(n) \to n^6\)

------

-----

--

\(power(n,m) \to n^m\)

Hence, (d) is correct

Answer:

Explanation:

Cylinder base area:

A = π·R²

Cylinder volume:

V = π·R²·h

π = 3.14

R - Cylinder base radius

h - Cylinder height

Answer:

54

Explanation:

at 4 years old you're a child. At 14 you're worried about a partner or grades. 24 is around the age you have a baby.

Answer:

1. right click empty space, go to New, and click New Folder

2. press Ctrl + Shift + N

Explanation:

Although it employs an electronic sensor rather than film to create images, digital photography mimics the steps involved in conventional film photography.

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The brain is a network of cells that acts as a filter system for all the information coming at us through our senses.

The brain, composed of billions of interconnected cells called neurons, serves as the central processing unit of the human body. It acts as a brain's filtering system  , continuously receiving and processing information from our senses, including sight, hearing, taste, smell, and touch. This intricate network of cells works together to interpret and make sense of the vast amount of incoming sensory data, allowing us to perceive and understand the world around us.

When we encounter sensory stimuli, such as seeing a beautiful sunset or hearing a catchy tune, the sensory organs transmit signals to specific regions of the brain dedicated to processing that particular sense. For example, visual information is sent to the visual cortex, while auditory information is directed to the auditory cortex. These specialized regions analyze the incoming data, extracting relevant details and filtering out unnecessary or less important information.

Through this filtering process, the brain helps us focus our attention on the most significant stimuli while disregarding background noise or irrelevant details. This selective filtering enables us to prioritize and respond to the stimuli that are most relevant to our survival, well-being, and current goals.

Furthermore, the brain's filtering system is not static but rather dynamically adjusts based on our experiences, emotions, and cognitive processes. Our past experiences, beliefs, and personal biases shape how we perceive and filter incoming information. This filtering mechanism plays a crucial role in shaping our thoughts, decision-making, and overall cognitive processes.

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#Swap this value by your name. Mine is Hamza :)

my_name = "Hamza"

#Get input from user.

inp = input("What's your name?: ")

#Print the length of his/her name.

print("The length of your name is",len(inp),"characters.")

#Check if the input matches with my name?

#Using lower() method due to the case insensitive. Much important!!

if(inp.lower()==my_name.lower()):

   print("My name is",my_name,"too! Nice to meet you then.")