What kind of data is captured in a data warehouse?

The attribute used to provide accessibility by configuring a text alternative for graphics is the "alt" attribute. This attribute allows users to specify a text description of the image, which can be displayed in place of the image if the user's browser or other user agent does not support graphics. This can make the content of the website more accessible to users with visual impairments or other disabilities.

Answer:

HOPE THIS HELPS.

Explanation:

A. true. Screen locks are a form of endpoint device security control.

Screen locks are a form of endpoint device security control.

The statement is true .

Given,

Screen locks are a form of endpoint device security control .

Here,

Screen locks are a form of endpoint device security control. When you set a screen lock on your device, it requires a passcode, pattern, fingerprint, or other authentication method to unlock and access the device.

This helps protect the device and the data stored on it from unauthorized access in case it is lost or stolen.

Thus the statement is true.

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The object that you can you rename a field is A. table

Tables, queries, and forms are examples of Access .a. objects

The templates lets you create a database from scratch is D. Custom desktop database

A database is a collection of data that has been organized to make it simple to manage and update. Data records or files containing information, such as sales transactions, customer information, financial data, and product information, are typically aggregated and stored in computer databases.

A database is a planned gathering of data. They enable the manipulation and storage of data electronically. Data management is made simple by databases. Let's use a database as an example. Foe example, it is used by an online phone book to store information about people, their phone numbers, and other contact information.

To rename a table:

Click on the table.

Go to Table Tools > Design > Properties > Table Name.

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A program where bsquare(k) takes k as a parameter and returns a list containing all perfect squares less than k (not including k) is given below in the code.

A parameter, in general, is any feature that helps define or categorize a particular system (meaning an event, project, object, situation, etc.). To put it another way, a parameter is a system component that is essential or helpful for identifying the system or evaluating its functionality, status, or other properties.

The term "parameter" has more specific meanings in some disciplines, including mathematics, computer programming, engineering, statistics, logic, linguistics, and electronic music composition.

It has broader meanings in addition to its technical applications, especially when used in non-scientific contexts. Examples of defining characteristics or boundaries are "test parameters" and "game play parameters."

//CODE//

def ASquare(k):

    lst = []

    for i in range(k):

        lst.append((i + 1) ** 2)

    return lst   print(ASquare(5))

  def BSquare(k):

    lst = []

    i = 1

    while i * i < k:

        lst.append(i * i)

        i += 1

    return lst

  print(BSquare(5))

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if the maximum load capacity (or buckling load) of column 1 (fixed-fixed) is 100 kn, the load capacity (or buckling load) of column 2 (fixed-free) will be = 1.56kN.

Buckling is simply the out-of-plane bending of a vertical compression member. The slenderness of the vertical compression member is typically to blame. This phenomenon is clearly explained by Euler, who has provided elaborate formulas to determine the actual amount of buckling in the compression member.

The compression member may be a column (long, short, or medium), a built-up steel member with a slender web, a readily available steel member with a slender web, etc. For various support situations, different buckling conditions exist. The terms "buckling load" and "crushing load" are interchangeable. We must fortify the slender member to prevent buckling.

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The resultant of the three forces exerted at point C of post-BC is 475.36 N.

The difference between the forces that are acting on an object as part of a system is known as the resultant force. For instance, a resultant force of 7N to the right is produced by a 3N force to the left and a 10N force to the right.

Given, the tension in the rope in the figure.

L=1460 mm

BC = 25

Net force at C = 480i +140j +(160i -120j) +(-240i-275j) = 400i-255j = 475.36

N 32.51 degrees south of east.

Therefore, the resultant of the three forces is 475.36 N.

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Similarity: Both procedures entail shaping metal into the desired shape. Dissimilarity: Compared to bulk-deformation methods, the sheet metal forming process uses much thinner materials.

Describe deformity.

Deformation in physics is the change of a body from the a star shape to a present condition using continuum mechanics. A config is a collection of all the positions of a body's constituent particles. External loads, intrinsic activity (such as muscle contraction), bodily forces (such gravity or electromagnetic forces), variations in temperature, moisture content, chemical reactions, etc. can all induce deformations. When rigid-body motions are not included, strain and deformation are related in terms of the relative movement of anatomical structures.

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A legacy system is all of the following except a system that often holds the middle tier of a multiple-tier system. The correct option is c.

Any outdated computing system, hardware, or software that is still in use is considered a legacy system. Computer hardware, software programs, file formats, and programming languages are all examples of legacy systems.

It refers to software or IT systems that have been around for a long time but should be replaced by a more recent one due to technical advances.

Therefore, the correct option is c, A system that often holds the middle tier of a multiple-tier system.

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The gelatinous membrane that stretches across the tube to form a fluid-tight seal akin to the skin of an ear drum covers the semicircular canal receptor cells, also known as hair cells, only in the center of the circular tubes in a special epithelium.

You can sense your body's position and keep your balance thanks to the stimulation of hair-like receptors that send signals to the cerebellum at the back of the brain.

Your inner ear contains three tiny, liquid-filled tubes called semicircular canals that aid in balance. The fluid in the semicircular canals sloshes around as your head moves, moving the fine hairs that line each canal.

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The Boolean type describes a logical object that has two values that are; true or false.

A Boolean data type contains two possible values (often labeled true and false), which are supposed to represent the two truth values of logic and Boolean algebra. It is called from George Boole, who established an algebraic logic system in the mid-nineteenth century.

The Python boolean class is one of Python's built-in data types that represents one of two values which are; True or False.

This is commonly used to indicate the truth values of expressions.

For an instance, 1==1 is True whereas 2<1 is False.

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A free body diagram is a straightforward drawing that depicts the forces operating on the elements of a physical system.

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The code using Java for menu.

Java is a class-based, object-oriented, general-purpose programming language made to have fewer implementation dependencies. It is a computing platform for developing applications. As a result, Java is fast, safe, and dependable. In laptops, data centers, game consoles, scientific supercomputers, mobile phones, and other devices, it is frequently utilized for the development of Java applications.

The Java Platform is a set of programs that make it easier for programmers to create and run Java applications effectively. It has a compiler, an execution engine, and a collection of libraries. It consists of software and specifications for computers.

Given to import java, Scanner; public class

The code is

step by step explanation,

import java.util.Scanner;

public class PickupWindow

{

 public static void main(String[] args)

 {

   // create scanner object

  Scanner input = new Scanner(System.in)

   // Display menu

   String menu = "1. Hamburgern2. Cheeseburgern3. Veggie Burgern4. Nachosn5. Hot Dog\n";

   System.out.println(menu);

   // Get customer order

   System.out.println("Enter label: ");

   String customerOrder = input.nextLine();

  // Use substring to get the first character (the number)

 String combo =

 // Create  Integer object by using the static

   // method Integer.valueOf(someString)

  // to turn the string into an Integer

   Integer.valueOf(comboNumber);

   Integer comboNumber = 5;

   // Print out what the customer ordered

   System.out.println("Customer ordered number "+ comboNumber);

 }

}

Here // sentences are not part of coding, they are just to explain the next step or to give information about what the code shows.

Hence, the code is described.

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Parts manufactured by the same company that built the vehicle or the company that supplied the parts to the manufacturer of the vehicle are called OME [original equipment manufacturer] parts.

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According to Erikson, the major personality attainment of adolescence is identity. The correct option is B).

Erik Erikson was the first to identify identity as a major personality achievement of adolescence and a critical step toward being a productive, content adult.

Creating an identity entails establishing who you are, what you value, and the life paths you pick. There are eight stages of Erickson's theory. Mistrust is the first stage. During this stage, the infant is unsure of their surroundings and looks to their primary caregiver for stability and consistency of care.

Therefore, the correct option is B) identity.

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Cumulative algorithm can only be used with primitive data types is False.

A cumulative algorithm is a type of algorithm that processes a sequence of items and produces a single result by performing some operation on each item in the sequence and carrying forward the result of that operation to the next item.

Therefore, This type of algorithm can be used with primitive data types, such as integers and floating point numbers, but it can also be used with more complex data types, such as arrays, structures, and objects.

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An algorithm can fall into an infinite loop when the continuation condition of the loop never becomes false.

Loop is a set of code or instruction in most programming language to iterate or repeatedly execute the code in loop body without written it multiply times.

There are different method to call the loop, but the basic rule of the loop is still same which is the loop will continuously execute the code as long as condition is true.

Thus, until the condition in loop becomes false, the loop still running into infinite loop.

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Answer: (read explanation)

Explanation:

Symmetry and rigid transformations are related in that symmetry is a type of rigid transformation. A rigid transformation is a type of transformation in geometry in which the shape of an object is preserved after the transformation is applied. This means that the distances between all points on the object remain the same, and the angles between those points are also unchanged.

Symmetry is a specific type of rigid transformation that involves a reflection, rotation, or translation of an object such that the resulting image is congruent to the original. In other words, symmetry is a type of transformation in which an object is mapped onto itself in a way that preserves its shape and size.

For example, if an object has rotational symmetry, it means that it can be rotated by a certain angle and the resulting image will be congruent to the original. If an object has reflectional symmetry, it means that it can be reflected across a certain line and the resulting image will be congruent to the original.

Overall, symmetry is a type of rigid transformation in which an object is mapped onto itself in a way that preserves its shape and size. This type of transformation is related to other types of rigid transformations, such as rotations and translations, which also preserve the shape and size of an object.

For programming an upright number triangle we will need to use a while loop.

When a condition is not satisfied, a "While" loop is used to repeat a certain piece of code an undetermined number of times. For instance, if we want to ask a user for a number between 1 and 10, but we don't know how often they might enter a greater number, we keep asking "while the value is not between 1 and 10."

import java.io.*;

class GFG {

   public static void main(String[] args)

   {

       int r = 1, c = 1, n = 5;

       // the while loop checks the conditions until the

       // condition is false. if it is true then enter it in

       // to loop and execute the statements

       while (r <= n) {

           while (c <= r ) {

               // printing the required pattern

               System.out.print(c+" ");

               c++;

           }

           r++;

           c = 1;

           // new line after each row

           System.out.println();

       }

   }

}

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The correct answer is DDR4 -DDR3 two different dimm technologies below can be used in a quad channel configuration.

A DIMM is a module that has one or more RAM chips mounted on a tiny circuit board with connections that link it to the motherboard of the computer. Each data bit is kept in a distinct memory cell by the DIMM. Since personal computer processors have a 64-bit data width, DIMMs employ a 64-bit data route. Physically, PCIe slots can be configured as x1, x4, x8, or x16. The vast majority of GPUs require PCIe x16 to function at their peak performance, making it the most often used configuration. A PCIe slot has two parts: mechanical (cards) and electrical (lanes).

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Answer: DDR3 & DDR4

Explanation:

An  algorithm using pseudocode for peeling an apple is given below

1. Rinse the apple under running water to remove any dirt or debris.

2. Cut off the top and bottom of the apple using a sharp knife.

3. Starting at the top of the apple, use the knife to carefully slice off the skin in a circular motion, following the contour of the apple.

4. Continue peeling the skin off the apple until the entire apple is peeled.

5. Discard the skin and slice or chop the peeled apple as desired.

Another way or example used of the algorithm via the use a more structured pseudocode format:

procedure peelApple(apple: Apple)

  input: an apple

  output: a peeled apple

  1. Rinse the apple under running water to remove any dirt or debris.

  2. Cut off the top and bottom of the apple using a sharp knife.

  3. Initialize a variable "peeled" to be an empty list.

  4. While the apple is not fully peeled, do the following:

     a. Starting at the top of the apple, use the knife to carefully slice off a strip of skin.

     b. Add the strip of skin to the "peeled" list.

  5. Return the peeled apple.

end procedure

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Secondary enrichment is an important ore forming procedure. This process is known to be secondary because of the fact that in this case the valuable ore minerals do not directly precipitate from a cooling magma.

In this process ore deposits which are exposed to the ground surface, are weathered just as other rocks. When the ore minerals come in contact to the atmospheric oxygen, it gets oxidized and this oxidized forms are readily soluble in the water.

This solution with high concentration of many valuable materials start its journey downwards. As it gets down, it loses some of its dissolved materials in the surrounding areas and forms the Colorful oxidized zone below the surface.

As the solution leaks further downward and reaches the groundwater table the conditions suddenly changes from oxidizing to reducing. In this circumstances the dissolved materials in the leaking water precipitates and forms secondary sulfide deposits.

From the above discussion the points given in the question can be arranged in the following manner:

1) Igneous activity ceases after producing ore bearing deposits.

2) The bearing deposit cools entirely.

3) Groundwater flows through an ore deposit and leaches out material.

4) New ore minerals are precipitated in new locations.

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Minimum initial velocity is 9.76 m/s and the corresponding angle is 58.3° is at which ball must be kicked in order for it to cross over the 3m high fence.

Velocity is the rate at which an object's location is changing as perceived from a particular point of view and as measured by a certain unit of time. It is the direction speed of an object in motion. Velocity is a fundamental concept in kinematics, the branch of classical mechanics that analyzes how bodies move. Being a physical vector quantity, velocity must have both a magnitude and a direction in order to be defined. The scalar absolute value magnitude of velocity is referred to as speed, and it is measured in the SI metric system as metres per second (m/s), which is a coherently derived unit. An object must move at a constant speed in the same direction to have a constant velocity.

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To determine the principal stresses and the maximum in-plane shear stress and average normal stress at a point in a structural element, you will need to know the following information:

The element's material characteristics will affect how it responds to applied loads.

The geometry of the element will determine its size and shape, which will have an impact on how it distributes loads.

The loads put on: The stresses that arise in the element will be determined by this.

The point in question's location is: This will reveal the strains that are being placed on the spot.

With this knowledge, you may use the procedures that follow to identify the main stresses, the maximum in-plane shear stress, and the average normal stress at the point:

Find the strain-displacement relationship for the element: You will then be able to compare the applied loads to the resulting strains in the element.

Find the stress-strain relationship for the element: You will be able to connect the strains to the stresses that were created in the element as a result.

Find out what stresses are at work on the point: The stresses acting on the point can be calculated using the strain-displacement and stress-strain relationships of the element, the applied loads, and the geometry of the element.

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Answer:

A) Stub.

Explanation:

A stub is a program module whose purpose is to test other modules by calling them.

Architects must consider the availability and cost of building materials when they plan their projects.

Building planning and design are the expertise of an architect, who typically has a significant impact on how a building is built. The art and science of building design are fields in which architects have extensive training. Architects need to be licenced professionally because they are in charge of ensuring the security of the people who use their buildings.

The Greek term for "chief builder" is the origin of the word "architect." Between the craftsman who designed a building and the one who actually built it, there was no distinction for a large portion of history.

Buildings could then be planned much more thoroughly before being built thanks to the development of linear perspective drawing in the 1500s, which made it possible to accurately depict three-dimensional structures in two dimensions.

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The mercury manometer that attached to the bottom will reading 2.7 cm.

[tex]p_1[/tex] = ethanol density = 789 kg/m^3

[tex]p_2[/tex] = oil density = 918 kg/m^3

[tex]p_3[/tex] = water density = 1000 kg/m^3

[tex]p_4[/tex] = mercury density = 13600 kg/m^3

Since the ethanol is exposed to air and the manometer also exposed to air, we can determine the height of mercury is equal by extra pressure by liquid. So,

[tex]p_4[/tex]*g*h = [tex]p_1[/tex]*g*0.1+[tex]p_2[/tex]*g*0.1+[tex]p_3[/tex]*g*0.2

we can eliminate the g or gravity.

13600h = 789*0.1+918*0.1+1000*0.2

13600h = 78.9+91.8+200

13600h = 370.7

h = 0.027 m

h = 2.7 cm

Thus, the mercury manometer reading will be 2.7 cm.

You question is incomplete, but most probably your full question was

A tank is constructed of a series of cylinders having diameters of 0.30, 0.25, and 0.15 m as shown in the figure. The tank contains ethanol, oil and water. Ethanol is exposed to air. A mercury manometer is attached to the bottom. Determine the manometer reading, h

(image attached)

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To write the code to declare and initialize a one-dimensional array of 10 items. each element is assigned a random integer within a range based on its index, check the code given below.

A type of data structure called an array is used in computer science to store identical data type elements in continuous memory locations. In a single variable, an array enables us to store multiple values of the same type.

The values can be kept in a variety of structures thanks to different types of arrays. The one-dimensional array structure is one of the types of arrays where values are stored that are used the most frequently. 

One of Array's most straightforward forms is this one. Both their definition and application in programmes are very simple. It is simple to initialise and modify the values kept in a one-dimensional array.

//CODE//

import java.util.Random;

 public class RandomArray {

     public static void main(String[] args) {

        int[] arr = new int[10];

        Random random = new Random();

        for(int i = 0; i < arr.length; ++i) {

            arr[i] = i*100 + random.nextInt(100);

        }

        // print array

        for(int i = 0; i < arr.length; ++i) {

            System.out.println(arr[i]);

        }

    }

 }

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The phrases and simple phrases, as well as the handle: The parse tree is given below:

    S

   / \

  A   B

 / \   \

a   B   c

   / \

  c   b

 / \

c   b

A partreese is a graphical representation of the structure of a sentence. It is used in natural language processing to show the syntactic structure of a sentence. A parse tree can be used to show the different components of a sentence, such as the subject, verb, object, and any modifiers. It is also used to determine the meaning of a sentence by break it down into its component parts. The tree is made up of nodes, which represent words, and branches, which represent the relation between the words. By analyzing the structure of the tree, linguists can determine the meaning of a sentence and understand how it is constructed.

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The sets of attributes {Course_no, Sec_no, Semester, Year} and {Room_no, Days_hours, Semester, Year} are both keys of R. This relation can be normalized by dividing it into two separate relations, R1 and R2.

What is attributes?
The traits or features that characterise someone or something are known as their attributes. They are employed to specify the features and traits of a person, location, thing, or idea. Bodily, physical, emotional, or religious attributes are all possible. Physical characteristics include things like height, weight, eye colour, gender, and skin tone. Intelligence, creativity, and issue abilities are examples of mental qualities. Empathy, self-control, and compassion are examples of emotional qualities. Faith, patience, & humility are spiritual qualities. In order to comprehend and recognise the distinctive characteristics of a person, area, item, or idea, attributes are crucial.

R1 equals the following: "Course no, Offering dept, Credit hours, Course level"

R2 is equal to "Course no, Sec no, Semester no, Year, Days hours, Room no, Number of Students, Instructor ssn"
R1 would have details on the courses the university provided, and R2 would contain details about the parts of those courses. By doing so, any data duplication would be removed, and data maintenance would be simpler.

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