Answer:
Behavioral Email
Explanation:
A behavioral email is an automated email which is sent to recipients on the basis of their behavior. These emails are sent after a user communicates with a business on social media, the company’s website, email, and other communication medium. Behavioral emails help to grow customer involvement and sales. Behavioral email can also be used as a marketing strategy, used by marketers to gather data about an email subscriber in order to send targeted content to that subscriber on the basis of his behavior or actions. When the marketer sends an email to the customer, it is appropriate for that customer, based on the data gathered and their current monitored behavior. Behavioral email helps to understand costumer needs. It helps to get an idea of a customers preferences by inspecting his behavior.
Answer:
professional integrity
Explanation:
The work he is doing is comes under the violation of professional integrity. Because professional integrity is the set of ethics that should be followed by the employ. These ethics includes honesty, loyalty and dependability.
cozy because it gives it more of a positive connotation
Letters, memos, and computer printouts of numerical information are examples of formal reports is a false statement.
<h3>What are
formal reports?</h3>
Formal reports are known to be a type of report that has elements such as a title page, a transmittal, a table of contents, etc. An example are:
- Inspection Report.
- Safety and Health Report.
Conclusively, Letters, memos, and computer printouts of numerical information are examples of formal reports is a false statement because they are all examples of informal reports.
Learn more about formal reports from
brainly.com/question/11599232
Explanation:
in c++
#include<iostream.h>
#using namespace std;
main()
{ float x,y,z,r, phi, theta;
cout<<" enter the value of x";
cin>>x;
cout<<" enter the value of y";
cin>>y;
cout<<" enter the value of z";
cin>>z;
r = (sqrt(pow(x,2) + pow(y, 2) + pow(z, 2)));
phi = (asinf(y/r)*180.0f)/PI;
theta = (asinf(-x/(r*cosf(phi)))*180.0f)/PI;
cout<<"The radius r= "<<r;
cout<<"The phi angle= "<<phi;
cout<<"The theta angle= "<<theta;
return 0;
}
