information security agreements with 3rd parties should include privacy agreements and ?

The function that does not express the boundaries of objects resolved by digital imaging systems is D. light spread.

In digital imaging systems, the functions that express the boundaries of objects are related to how the imaging system handles the spread or distribution of edges, points, and lines. The options A, B, and C all refer to types of spread related to object boundaries:

A. Edge spread: This refers to the spread or blurring of edges in an image, which can occur due to factors such as lens characteristics or image processing algorithms.

B. Point spread: Point spread function (PSF) describes how a single point source of light is spread or blurred in the resulting image, typically caused by factors such as lens aberrations.

C. Line spread: Line spread function (LSF) describes how a thin line is spread or blurred in the resulting image, often influenced by factors such as lens characteristics and sensor properties.

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Answer:

Sean Cody is a website most known for to translate English to Portuguese.

Answer:

See the explanation

Explanation:

I dont quite understand the question, but I assume we are asked to pick/ check the related action that could help create a program. So I would pick following actions:

O begin with an idea

O translate the pseudocode into Java programming code

O compile the Java code control unit

O execute the program

The following loop is intended to print the numbers 2 4 6 8 10. The for i in range (2, 11, 2).

A for loop is used to iterate through a series (that is either a list, a tuple, a dictionary, a set, or a string). This behaves more like an iterator method in other object-oriented programming languages than the for a keyword in other programming languages.

For the loop. In Python, a for loop is used to iterate over a series (list, tuple, set, dictionary, and string). Loop while While loops are used to execute a series of statements while a condition is true.

Therefore, the for i in the range (2, 11, 2).

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In a memory with a 1 K-word capacity, 1024 words can be stored, or 16,384 (1024 x 16) bits of information, or 32,768 (1024 x 32) bits. 1-K word recall.

Words can be used to measure PLC memory size. A word will consist of 2 bytes, or 16 bits. With 6K memory, the PLC's 8-bit word has 49,152 bits. With 6K memory, the PLC's 32-bit word has 196608 bits of storage.

Random Access Memory (RAM) and Read-Only Memory (ROM) are the most prevalent memory types utilised in PLCs (RAM). However, writing to a ROM location is not possible.

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Answer:

protection of sensitive information

Explanation:

Answer:

a c baka baddies

Explanation:

The given grammar is ambiguous. It allows for multiple parse tree derivations for the string "aabbccddbc".

To determine whether the grammar is ambiguous, we need to check if there exist multiple parse tree derivations for a given string.

Let's examine the string "aabbccddbc" and derive its parse tree using the given grammar:

S -> AB (using the production S -> AB)

-> aAdB (using the production A -> aAd)

-> aaAdB (using the production A -> aAd)

-> aaBdB (using the production D -> bDc)

-> aaBdbcB (using the production B -> bBc)

-> aabBcB (using the production B -> bc)

-> aabbccddbc (using the production B -> bc)

The above parse tree derivation shows one possible way to generate the string "aabbccddbc" using the given grammar. However, there exist other possible derivations that can generate the same string. For example, the productions A -> aAd and D -> bDc can be applied in a different order.

This demonstrates that the grammar allows for multiple parse tree derivations, indicating its ambiguity.

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Answer:

false

Explanation:

The number of subnets that can be created depends on the subnet mask used. For example, if we use a subnet mask of 255.255.255.0, we can create up to 256 subnets (although not all of them may be usable due to reserved subnets). If we use a subnet mask of 255.255.0.0, we can create up to 65,536 subnets.

To determine the full IP range for a network, we first need to know the subnet mask and the network address. For example, if the network address is 192.168.0.0 and the subnet mask is 255.255.255.0, the full IP range would be from 192.168.0.1 to 192.168.0.254.

To calculate the number of devices that can be held on a network, we need to subtract two from the total number of available IP addresses in the range. This is because the first IP address is reserved for the network address, and the last IP address is reserved for the broadcast address. Therefore, in the example above, the network can hold up to 252 devices.

The number of subnets that can be created depends on the subnet mask used. For example, if we use a subnet mask of 255.255.255.0, we can create up to 256 subnets (although not all of them may be usable due to reserved subnets). If we use a subnet mask of 255.255.0.0, we can create up to 65,536 subnets.

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We must make the algorithm runnable before we can measure the run time; We must use a real programming language to put it into action.

Find the maximum number of nested loops that go through a significant portion of the input to determine the running time. The time complexity of some algorithms is O(nm) due to nested loops in which the outer loop processes an input n and the inner loop processes a different input m.

We make use of a notation known as the "Big O notation" when expressing an algorithm's time complexity. We use the Big O notation to express the time complexity of an algorithm. It enables us to compare the efficacy of various approaches to a problem and aids in decision-making.

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Answer:it’s a collection of photos with links blah blah blah

Explanation:just took it other guy is wrong

Answer:

A dual CPU has two processing paths, allowing it to process more than one instruction at a time.

Ergonomics is concerned with the design and arrangement of machines and furniture to avoid uncomfortable or unsafe experiences.

Audience of affinity is the type of search audience solution would best reach this individual.

You can build your own affinity audience with Custom Affinity Audiences, which are specifically tailored by interest keywords, URLs, and apps that you enter. The audience that exhibits the enthusiasm, lifestyle, manner, etc. of the relevant topic is known as an affinity audience. This makes it easier for advertisers to target those individuals who continue to have a positive relationship with their goods, services, or experiences in terms of usage, etc. Affinity audiences will, based on the question, be the best search audiences for anyone interested in learning more about gold and related components. The person is browsing videos and other golf-related content because he is an avid golfer.

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Answer:

A wordbook is a book with questions for you to answer.

Explanation:

I used workbooks to learn when I was small, it's like many worksheets in a book. hop this helps :D

In order to maintain the same service level after the transition, the OEM would need to hold (or pool) a total of 80 units (transformers) in the FedEx warehouse.Here's the explanation:Given,Current on-time delivery performance = 95%Desired on-time delivery.

performance = 98%Total monthly demand = 400 transformersIn order to calculate the number of transformers needed, we can use the safety stock formula, which is:Safety stock = Z x √(σ²d + σ²lead time)Where,Z = Z-value for a given service levelσ²d = Variance of demandσ²lead time = Variance of lead timeUsing the given data, we get:Z = 2.05 (for a service level of 98%)σ²d = (0.05 x 400)² = 100σ²lead time = (0.25 x 4)² = 1Now,Substituting the values in the formula.

we get:Safety stock = 2.05 x √(100 + 1) = 22.67≈ 23 transformersTherefore, the OEM would need to pool 23 transformers in the FedEx warehouse, which means a total of 23 x 4 = 92 transformers annually.Now, the OEM would need to hold a total of 80 transformers in the FedEx warehouse in order to maintain the same service level as before the transition. This is calculated as follows:Average demand during lead time = (0.25 x 400) = 100 transformersTherefore, the number of transformers required to maintain the same service level would be:Total units required = Safety stock + Average demand during lead time= 23 + 100 = 123 transformers annuallyHowever, due to the new strategy, the lead time would be reduced by 50%, which means the OEM would need to hold half of the safety stock. So,Total units required = (23/2) + 100 = 80 transformers annuallyHence, the OEM would need to hold (or pool) a total of 80 units (transformers) in the FedEx warehouse.

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Answer:

Explanation:

A counter is long flat-topped fitment across which business is conducted in a shop or bank or refreshments are served in a cafeteria.

Company A started the period with 4,700 units in the beginning work-in-process (WIP) inventory. Throughout the period, they started 18,400 units. At the end of the period, they had 7,600 units in the ending WIP inventory.

To find out how many units were completed during the period, we can use the following formula:
Units Completed = Units in beginning WIP Inventory + Units started this period - Units in ending WIP Inventory
Plugging in the values given, we have:
Units Completed = 4,700 + 18,400 - 7,600
Simplifying this calculation:
Units Completed = 23,100 - 7,600
Units Completed = 15,500
Therefore, Company A completed 15,500 units during the period.

In summary, to find the units completed, we added the units in the beginning WIP inventory with the units started in the period and then subtracted the units in the ending WIP inventory. This calculation gives us the number of units completed, which in this case is 15,500.

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The following is the solution to the provided Pseudo code in C++ programming language. As for which problem this Pseudo code gives a solution for, it is the problem of finding the path with minimum weight in a matrix from its top-left corner to its bottom-right corner, known as the Minimum Path Sum problem.The above Pseudo code shows the Greedy approach of solving the Minimum Path Sum problem. This is because at each cell of the matrix, it always picks the minimum of the right and down cell and moves there, instead of keeping track of all paths and comparing them, which would be the Dynamic Programming approach. Hence, it does not require to store all the sub-problem solutions in a table but instead makes a decision by selecting the locally optimal solution available at each stage. Therefore, we can conclude that the above Pseudo code does indicate the Greedy approach to the Minimum Path Sum problem in computer programming.Explanation:After receiving input of the dimensions of the matrix and the matrix itself, the Pseudo code declares a variable VAL and initializes it with the first cell value of the matrix. It then uses a while loop to iterate through the matrix till it reaches its bottom-right corner. At each cell, it checks if it can only move to the right or down, and then it moves in the direction of the minimum value. VAL is then updated by adding the value of the current cell to it.After the loop is exited, the last updated value of VAL is printed, which is the minimum path sum value.

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Donte needs to use the feature Print Area to print specific sections in the workbook.

Before workbooks are being printed out, they are usually being typed with Microsoft Office packages such as:

In the Microsoft Office Package, to print a page, you can hover your cursor to the select file button and click on print pages.

But when you want to print some selected sections in the Microsoft Office Package, let's say the Microsoft Excel for example;

You will need to set the print features you need. To do that, under the settings, you will click on the Print selection which will help you to select the sections you want to print from the entire workbook.

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In a martian civilization, all logarithms whose bases are not specified as assumed . The method to solve this algorithm is as follows.

Step-by-step solution:

Changing the base of the second equation to base b:

logx/ log log x = 54

logx = 54 . log logx

\(b^{logx}\) = \(b^{54 log log x}\)

x = \((b^{log logx}) ^{54}\)

x = \((log x)^{54}\)

log\((log x)^{54}\) = 56 * (54/84)

log x = 36

\((log x^{54})\) = \(36^{54}\)

x = \(6^{108}\)

\(b^{36} = 6^{108}\)

b = \(6^{3}\) = 216

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Answer:

Packets

Explanation:

Answer:

False.

Explanation:

PowerPoint application can be defined as a software application or program designed and developed by Microsoft, to avail users the ability to create various slides containing textual and multimedia informations that can be used during a presentation.

Some of the features available on Microsoft PowerPoint are narrations, transition effects, custom slideshows, animation effects, formatting options etc.

Basically, the views that are available on the Microsoft PowerPoint application includes;

1. Slide Sorter.

2. Notes Page.

3. Reading Pane.

4. Presenter view.

Slide transition is an inbuilt feature of a presentation software that automatically changes the slides at regular intervals.

As a user create slides, miniature views of the individual slides, referred to as thumbnails are displayed in the Slide Tab or Thumbnail pane.

On the other hand, the Notes pane is typically designed for typing remarks or notes that the presenter could share with the audience during a presentation.

Answer:

See attachment for flowchart

Explanation:

The flowchart is represented by the following algorithm:

1. Start

2. Input Mass

3. Input Volume

4 Density = Mass/Volume

5. Print Density

6. Stop

The flowchart is explained by the algorithm above.

It starts by accepting input for Mass

Then it accepts input for Volume

Step 4 of the flowchart/algorithm calculated the Density using the following formula: Density = Mass/Volume

Step 5 prints the calculated Density

The flowchart stops execution afterwards

Note that the flowchart assumes that the user input is of number type (integer, float, double, etc.)

Answer: I think False.

Answer:

yu 'of u0j[j]j-g9f7=d==I]idigo[hh[g9[gh;b;[u]in.;h[h]in.;h[uh[ ,;j]u[un.;ji=]in. I=u=u-j;h[-u

Answer:

Fair-use exceptions to traditional copyright protection face challenges as well, given a MOOC's potential for global reach. Nonetheless, fair use and MOOCs are not mutually exclusive ideas. MOOCs remain an experiment...