Answer: customer to orders
Explanation:
To provide for unobtrusive validation, you can install the ____________________ package for unobtrusive validation.
Answer:
AspNet.ScriptManager.jQuery?
Explanation:
Unobtrusive validation means we can perform a simple client-side validation without writing a lot of validation code by adding suitable attributes and also by including the suitable script files.
One of the benefits of using a unobtrusive validation is that it help to reduce the amount of the Java script that is generated. We can install the AspNet.ScriptManager.jQuery? for the unobtrusive validation.
When the unobtrusive validation is used, validation of the client is being performed by using a JavaScript library.
I will give brainliest!!!!! I NEED HELP ASAP!!!!!!!
Answer:
c
Explanation:
Write a python statement that print the number 1000
1.
print(1000)
2.
x = 600
y = 400
print(x + y)
What would be the best tool to display the following information from a basketball game?
Eric had 21 points, 3 rebounds, and 1 assist
Sean had 10 points, 1 rebound, and 10 assists
Jim had 8 points, 3 rebounds, and 5 assists
A.table
B.memo
C.research paper
D.business letter
You wish to use your personal laptop computer at work. However, the IT department folks are unwilling to allow you. The likely reason is ______. a. you will use your laptop for non-work related activity b. your productivity could not be measured correctly c. your non-work related use of the laptop could increase vulnerability d. your activities could not be monitored
Answer:
B and C are the most likely options
i would probably pick C because if the IT department said no C is the option, otherwise if your boss said no it would be B.
There is something wrong with the arguments the function is getting; a precondition is violated
Answer:
It indicates that either the argument is not corresponding to the perimeter or not returning the same as the variable or function. They arise a syntax error and Python parser is unable to understand a line of code.
Explanation:
To extract detailed and comprehensive responses from your client, use the _____ questioning technique.
Pleeeeeeeeeease hellppppppp ASAP!!!:)
Answer:
I think it’s open ended question technique
Explanation:
but I would definitely change it if’s it wrong and I’m also sorry if it is
Answer:
what do you need To extract detailed and comprehensive responses from your client?
What refers to a collection of small sections of code that are stored together to solve many everyday programs?
- school
- mausoleum
- museum
- library
Hey none of them are corect
Hope you have a good day
-scav
Answer:
Explanation:
School
Please help ASAP!!! :))
Answer:
You can upgrade the OS by applying SECURITY patches to the server
Explanation:
I can't think of anything else it could be
Select the correct answer.
Ron is an electrician. He loves to work with wires and switches. What type of input does Ron carry when called for fixing an electric problem?
OA. tools
OB.
information
OC.
capital
OD people
O E. power
Answer:
B
Explanation:
Answer:
A- tools
Explanation:
PLATO:)
Human API refers to a:
A. moment in which many humans unexpectedly act the same.
B. set of instructions transferred between viewers and an artist.
C. collection of codes used for the communication of software.
D. humanlike android programmed to create artistic works.
Answer: C.
Explanation: Set of instructions transferred between viewers and an artist
Print air_temperature with 1 decimal point followed by C. Sample output with input: 36.4158102 36.4C (python)
Answer:
hope this helps
Explanation:
#Read the value from keyboard and parse to float
#assign the value to air_temperature
air_temperature=float(input())
#Print the air_temperature with one decimal place to right with C
print('%.1fC'%air_temperature)
#where f is a format specifier .1 is number of decimal places to display on right side
#C is the character to print after the decimal value
adaptability within a species can only occur if there is genetic.
Answer:
Variation or diversity.
Explanation:
Natural selection can be defined as a biological process in which species of living organisms having certain traits that enable them to adapt to environmental factors such as predators, competition for food, climate change, sex mates, etc., tend to survive and reproduce, as well as passing on their genes to subsequent generations.
Simply stated, natural selection entails the survival of the fittest. Therefore, the species that are able to adapt to the environment will increase in number while the ones who can't adapt will die and go into extinction.
Adaptability within species can only occur if there is genetic variation or diversity i.e a drift in the genetic makeup of the total number of living organisms living together at a particular place (population).
is a language composed of commands within a file that can be executed without being compiled.
Answer:
A Scripting Language
Explanation:
Edge 2021
An interpreted language is a type of programming language for which several of its iterations explicitly and voluntarily implement instructions, without translating code into machine-language directives before.
What is the work of interpreter?An interpreter converts orders of a high-level into an intermediary type which instead performs. Interpreters are also used in learning as they provide immersive content for pupils.Simply stated, an editor is a program where you construct and tweak programs. The program is encoded, or compiled, using the compiler.
IDEs are a formidable collection of tools designed to make programming as simple as it can be. A code editor is essentially a text editor with strong built-in functionality and dedicated features that are geared to simplify and expedite the editing of code.
Therefore, An interpreted language is a type of programming language for which several of its iterations explicitly and voluntarily implement instructions, without translating code into machine-language directives before.
Learn more about interpreted language on:
https://brainly.com/question/23838084
#SPJ3
PLEASE HELP WILLL GIVE BRAINLIESTTTTT!
Jack wants to use masking to sharpen an image. What is an accurate description of masking that can help Jack?
Masking is also called (blank). It controls the minimum (blank) change that will be sharpened. You can use the setting to sharpen more pronounced edges in an image.
Answer:
first one is threshold and second one is contrast
Explanation:
looked in the notes.
What is the engine for
?
<3<3<3<3<3<3<3<3<3<3<3<3<3<3<3<3<3<3<3<3<3<3
Answer:
An engine or motor is a machine designed to convert one form of energy into mechanical energy. Heat engines convert heat into work via various thermodynamic processes.
<3<3<3<3<3<3<3<3<3<3<3<3<3<3<3<3<3<3<3<3<3<3
Answer:
An engine or motor is a machine designed to convert one form of energy into mechanical energy.
Explanation:
ASAP BRAINLIEST!!!!
Interpersonal skills are not necessary for a telecom technician.
O False
O True
Answer:
false
Explanation:
edg2021
many times telecom technicians work in homes and with others and they need to be able to communicate to learn what the consumers want so he can do his job right.
Why vechiles Tyres are black in colour?
Answer: See explanation
Explanation:
It should be noted that the rubber that tire is made from has a color that's milky white but due to the fact that carbon black is being added to the rubber, then the tire will turn to black.
The importance of carbon black to tires is immense as it acts as the stabilizing chemical compound. Also, it helps in increasing the strength of the tire and its durability and also protects the tire from ozone effect.
Write a police description a person who know you well
Answer:
I will be describing Jude. He is a neighbor.
Explanation:
A police description refers to the method of describing a person using high-level detailing. An example is given below:
He is a Five feet-three male caucasianWith brown eyes andan Australian accentHe has a military haircutAbout 38 yearsWeighs about 95Kgand dresses casuallyhe walks with a slant to the lefta dove tattoed at the back of his neckand a birthmark on his left ear lobeCheers
QUESTION 4
Which of the following describes the Al/Machine Learning Process in the right sequence?
Problem Statement->Discovery->Learning->Deployment
Deployment->Discovery->Learning->Problem Statement
Learning->Discovery->Problem Statement->Deployment
Discovery->Problem Statement->Deployment->Learning
V
Answer:
Deployment discovery learning problem statement
1. Write a method to measure sortedness of an array. The method header is:
2. Write an iterative method to measure sortedness of a collection of linked nodes. The method header is:
3. Write a recursive method to measure sortedness of a collection of linked nodes.
Document Preview:
Meetup Questions and ideas Write a method to measure sortedness of an array. The method header is: public static double sortedness(Comparable[] array) Write an iterative method to measure sortedness of a collection of linked nodes. The method header is: public static double sortednessIterative(Node node) Write a recursive method to measure sortedness of a collection of linked nodes. public static double sortednessIterative(Node node)
advantage of internet to millennials
Answer any choices for this question
Explanation:
You have written a program to keep track of the money due to your company. The people in accounting have entered the information from the invoices they have sent out. However, the total from accounting does not agree with a total of a second listing of items that can be billed from the production department.
Using the drop-down menus, complete the sentences about the steps in the debugging process.
As a first step in diagnosing the problem, you will
✔ reproduce the error.
A good place to begin is by examining the
✔ error codes.
Next, you can
✔ troubleshoot
the problem.
This will help you
✔ identify the source of the problem.
Answer:
1. REPRODUCE THE ERROR
2. ERROR CODES
3. TROUBLESHOOT
4. IDENTIFY THE SOURCE OF THE PROBLEM
Explanation:
Debugging a program simply means a sequence of steps which one takes to correct an imperfect program, that is a program that does not run as intended.
A good way to start debugging is to run the code, by running the code, one will be able to determine if the program has a bug. If it has then it produces an error. This error is a good starting point as the error code gives a headway into where the bug may lie.
The error code gives a hint into the type of error causing a program to malfunction which could be a syntax error, logic, Runtime and so on. In some case probable lines where there error lies are spotted and included in the error code produced.
After evaluating the error code, then we troubleshoot the probable causes of the error. By troubleshooting all the possible causes, the source of the error will eventually be identified.
Answer:
As a first step in diagnosing the problem, you will
✔ reproduce the error.
A good place to begin is by examining the
✔ error codes.
Next, you can
✔ troubleshoot
the problem.
This will help you
✔ identify the source of the problem.
Explanation:
Why should data be collected and analyze for evaluation?
Answer:
During outcomes assessment, data can provide the basis for you and other stakeholders to identify and understand results and to determine if your project has accomplished its goals. Therefore, much care must go into the design of your data collection methods to assure accurate, credible and useful information.
Create a class Car, which contains Three data members i.e. carName (of string type), ignition (of bool type), and currentSpeed (of integer type)
A no-argument constructor to initialize all data members with default values
A parameterized constructor to initialize all data members with user-defined values
Three setter functions to set values for all data members individually
Three getter function to get value of all data members individually
A member function setSpeed( ) // takes integer argument for setting speed
Derive a class named Convertible that contains
A data member top (of Boolean type)
A no-argument constructor to assign default value as “false” to top
A four argument constructor to assign values to all data-members i.e. carName, ignition, currentSpeed and top.
A setter to set the top data member up
A function named show() that displays all data member values of invoking object
Write a main() function that instantiates objects of Convertible class and test the functionality of all its member functions.
Answer:
Here.
Explanation:
#include <iostream>
#include <string>
using namespace std;
//Create a class Car, which contains • Three data members i.e. carName (of string type), ignition (of bool type), and //currentSpeed (of integer type)
class Car
{
public:
string carName;
bool ignition;
int currentSpeed;
//A no-argument constructor to initialize all data members with default values
//default value of string is "",bool is false,int is 0
Car()
{
carName="";
ignition=false;
currentSpeed=0;
}
//A parameterized constructor to initialize all data members with user-defined values
Car(string name,bool i,int speed)
{
carName=name;
ignition=i;
currentSpeed=speed;
}
//Three setter functions to set values for all data members individually
// Three getter function to get value of all data members individually
void setCarName(string s)
{
carName=s;
}
void setIgnition(bool ig)
{
ignition=ig;
}
void setCurrentSpeed(int speed)
{
currentSpeed=speed;
}
string getCarName()
{
return carName;
}
bool getIgnition()
{
return ignition;
}
int getCurrentSpeed()
{
return currentSpeed;
}
//A member function setSpeed( ) // takes integer argument for setting speed
void setSpeed(int sp1)
{
currentSpeed=sp1;
}
};
//Derive a class named Convertible
class Convertible:public Car
{
//A data member top (of Boolean type)
public:
bool top;
public:
//A no-argument constructor to assign default value as “false” to top
Convertible()
{
top=false;
}
//A four argument constructor to assign values to all data-members i.e. carName, ignition,
//currentSpeed and top.
Convertible(string n,bool i,int s,bool t):Car(n,i,s)
{
carName=n;
ignition=i;
currentSpeed=s;
top=t;
}
// A setter to set the top data member up
void setTop(bool t)
{
top=t;
}
//A function named show() that displays all data member values of invoking object
void show()
{
cout<<"Car name is:"<<carName<<endl;
cout<<"Ignition is: "<<ignition<<endl;
cout<<"Current Speed is :"<<currentSpeed<<endl;
cout<<"Top is:"<<top<<endl;
}
};
//main function
int main()
{
//creating object for Convertible class
Convertible c1("Audi",true,100,true);
c1.show();
c1.setCarName("Benz");
c1.setIgnition(true);
c1.setCurrentSpeed(80);
c1.setTop(true);
c1.show();
cout<<"Car Name is: "<<c1.getCarName()<<endl;
cout<<"Ignition is:"<<c1.getIgnition()<<endl;
cout<<"Current Speed is:"<<c1.getCurrentSpeed()<<endl;
return 0;
}
The following are the program to the given question:
Program Explanation:
Defining the header file.Defining a class "Car", inside the three variables "carName, ignition, and currentSpeed" is declared that are "string, bool, and integer" types.Inside the class, "default and parameterized constructor" and get and set method has defined that set and returns the parameter values.Outside the class, another class "Convertible" (child) is declared that inherit the base class "Car".Inside the child class, "default and parameterized constructor" is defined, which inherits the base class constructor.In the child class parameterized constructor it takes four parameters, in which 3 are inherited from the base class and one is bool type that is "t".In this class, a method "setTop" is defined that sets the "t" variable value and defines a show method that prints the variable values.Outside the class, the Main method is defined that creating the child class object and calling the parameterized constructor and other methods to print its values.Program:
#include <iostream>//header file
#include <string>
using namespace std;
class Car//defining a class Car
{
//defining a data members
public:
string carName;//defining string variable
bool ignition;//defining bool variable
int currentSpeed;//defining integer variable
Car()//defining default constructor
{
carName="";//initiliaze a space value in string variable
ignition=false;//initiliaze a bool value in bool variable
currentSpeed=0;//initiliaze an integer value into int variable
}
Car(string name,bool i,int speed)//defining parameterized constructor that holds value into the variable
{
carName=name;//holding value in carName variable
ignition=i;//holding value in ignition variable
currentSpeed=speed;//holding value in currentSpeed variable
}
void setCarName(string s)//defining a set method that takes parameter to set value into the variable
{
carName=s;//set value
}
void setIgnition(bool ig)//defining a set method that takes a parameter to set value into the variable
{
ignition=ig;//set value
}
void setCurrentSpeed(int speed)//defining a set method that takes a parameter to set value into the variable
{
currentSpeed=speed;//set value
}
string getCarName()//defining a get method that return input value
{
return carName;//return value
}
bool getIgnition()//defining a get method that return input value
{
return ignition;//return value
}
int getCurrentSpeed()//defining a get method that return input value
{
return currentSpeed;//return value
}
void setSpeed(int sp1)//defining a method setSpeed that holds parameter value
{
currentSpeed=sp1;//hold value in currentSpeed
}
};
class Convertible:public Car//defining a class currentSpeed that inherits Car class
{
public:
bool top;//defining bool variable
public:
Convertible()//defining default constructor
{
top=false;//holing bool value
}
Convertible(string n,bool i,int s,bool t):Car(n,i,s)//defining parameterized constructor Convertible that inherits base class parameterized constructor
{
carName=n;//holding value in string variable
ignition=i;//holding value in bool variable
currentSpeed=s;//holding value in integer variable
top=t;//holding value in bool variable
}
void setTop(bool t)//defining a method setTop that takes parameter to set bool value
{
top=t;//holding bool value
}
void show()//defining show method that prints variable value
{
cout<<"Car name is:"<<carName<<"\n";//prints value
cout<<"Ignition is: "<<ignition<<"\n";//prints value
cout<<"Current Speed is :"<<currentSpeed<<"\n";//prints value
cout<<"Top is:"<<top<<"\n";//prints value
}
};
int main()//defining a main method
{
Convertible cs("BMW",true,180,true);//creating the Convertible calss object that calls the parameterized constructor by accepting value into the parameter
cs.show();//calling method show
cs.setCarName("Benz");//calling the setCarName method
cs.setIgnition(true);//calling the setIgnition method
cs.setCurrentSpeed(160);//calling setCurrentSpeed method
cs.setTop(true);//calling setTop method
cs.show();//calling show method
cout<<"Car Name is: "<<cs.getCarName()<<"\n";//calling the getCarName method and print its value
cout<<"Ignition is:"<<cs.getIgnition()<<"\n";//calling the getIgnition method and print its value
cout<<"Current Speed is:"<<cs.getCurrentSpeed();//calling the getCurrentSpeed method and print its value
return 0;
}
Output:
Please find the attached file.
Learn more:
brainly.com/question/23313563
Create a class Car, which contains Three data members i.e. carName (of string type), ignition (of bool type), and currentSpeed (of integer type)
A no-argument constructor to initialize all data members with default values
A parameterized constructor to initialize all data members with user-defined values
Three setter functions to set values for all data members individually
Three getter function to get value of all data members individually
A member function setSpeed( ) // takes integer argument for setting speed
Derive a class named Convertible that contains
A data member top (of Boolean type)
A no-argument constructor to assign default value as “false” to top
A four argument constructor to assign values to all data-members i.e. carName, ignition, currentSpeed and top.
A setter to set the top data member up
A function named show() that displays all data member values of invoking object
Write a main() function that instantiates objects of Convertible class and test the functionality of all its member functions.
Answer:
Copy paste it.
Explanation:
#include <iostream>
#include <string>
using namespace std;
//Create a class Car, which contains • Three data members i.e. carName (of string type), ignition (of bool type), and //currentSpeed (of integer type)
class Car
{
public:
string carName;
bool ignition;
int currentSpeed;
//A no-argument constructor to initialize all data members with default values
//default value of string is "",bool is false,int is 0
Car()
{
carName="";
ignition=false;
currentSpeed=0;
}
//A parameterized constructor to initialize all data members with user-defined values
Car(string name,bool i,int speed)
{
carName=name;
ignition=i;
currentSpeed=speed;
}
//Three setter functions to set values for all data members individually
// Three getter function to get value of all data members individually
void setCarName(string s)
{
carName=s;
}
void setIgnition(bool ig)
{
ignition=ig;
}
void setCurrentSpeed(int speed)
{
currentSpeed=speed;
}
string getCarName()
{
return carName;
}
bool getIgnition()
{
return ignition;
}
int getCurrentSpeed()
{
return currentSpeed;
}
//A member function setSpeed( ) // takes integer argument for setting speed
void setSpeed(int sp1)
{
currentSpeed=sp1;
}
};
//Derive a class named Convertible
class Convertible:public Car
{
//A data member top (of Boolean type)
public:
bool top;
public:
//A no-argument constructor to assign default value as “false” to top
Convertible()
{
top=false;
}
//A four argument constructor to assign values to all data-members i.e. carName, ignition,
//currentSpeed and top.
Convertible(string n,bool i,int s,bool t):Car(n,i,s)
{
carName=n;
ignition=i;
currentSpeed=s;
top=t;
}
// A setter to set the top data member up
void setTop(bool t)
{
top=t;
}
//A function named show() that displays all data member values of invoking object
void show()
{
cout<<"Car name is:"<<carName<<endl;
cout<<"Ignition is: "<<ignition<<endl;
cout<<"Current Speed is :"<<currentSpeed<<endl;
cout<<"Top is:"<<top<<endl;
}
};
//main function
int main()
{
//creating object for Convertible class
Convertible c1("Audi",true,100,true);
c1.show();
c1.setCarName("Benz");
c1.setIgnition(true);
c1.setCurrentSpeed(80);
c1.setTop(true);
c1.show();
cout<<"Car Name is: "<<c1.getCarName()<<endl;
cout<<"Ignition is:"<<c1.getIgnition()<<endl;
cout<<"Current Speed is:"<<c1.getCurrentSpeed()<<endl;
return 0;
}
Patrick manages the cloud services that are used by a small hospital system. He knows that there are a lot of laws and regulations out there that pertain to storing PII that are different than other industries. Which of the following sets of laws and regulations is he specifically thinking of that do not apply to other industries?
a. HIPAA
b. PCI DSS
c. GDPR
d. SLA
Answer:
a. HIPAA
Explanation:
HIPPA represents the Health Insurance Portability and Accountability Act that of the United States which becomes mandatory for protecting the medical data in any form.
Also in the case of data protection that represent the general regulations, PCI DSS, GDPR etc would be used
So the option a is correct
hence, all the other options are wrong
Answer:
A. HIPAAExplanation:
sets of laws and regulations is he specifically thinking of that do not apply to other industries.
ASAP BRAINLIEST!!!!!!
Line installers must complete a four-year university degree program in order to be hired.
O True
O False
Answer:
false plz mark brainliest
Answer:
oh yeah i saw something about this!!! YaY
Explanation:
TRUUEEE
what is the different between compilers and interpreters?
IF SOMEONE HELPS ME BY ANSWERING I WILL BECOME FAMOUS AND SO WILL YOU
Select the correct answer. Which type of information may be useful? A. complete information B. summarized information C. contains opinions and observations of others D. contains historical data
Answer:
A
Explanation:
If complete information means it has evidence and data as well as information and observations then yes, that is your answer. If it does not, then D would be your answer