Answer:
Apple users tend to like the company and love its products. Apple has successfully nurtured this Affective component of its customers' attitudes.
Explanation:
There are three component of attitudes, they include the behavioral component, the affective component and the cognitive component.
The affective component of attitude is concerned about the emotional response attached to an attitude. The affective component involves a person’s feelings / emotions about the attitude object. i.e it is basically concerned with the emotional reaction of a person or customer to a particular object or good.
Hence, apple users liking the company and loving its products shows that Apple has successfully nurtured the affective component of its customers' attitude.
A tool for producing large numbers of douments with the same content (APEX VERIFIED)
If you want to know the right answer you should attach an options to choose. Anyway I think the right answer is USB flash-drive. It's possible to create recovery on usb and store any type of files.
Answer:
public class num8 {
public static void main(String[] args) {
System.out.println("Average Temperature in New York is 85 degrees fahrenheit");
System.out.println("Average Temperature in Denver is 88 degrees fahrenheit");
System.out.println("Average Temperature in Phoenix is 106 degrees fahrenheit");
// Calculating the new average Temperatures
System.out.println("The New Average Temperature in New York " +
"is "+ ((0.02*85)+85 )+ " degrees fahrenheit");
System.out.println("The New Average Temperature in Denver " +
"is " +((0.02*88)+88 )+ " degrees fahrenheit");
System.out.println("The New Average Temperature in Phoenix " +
"is "+((0.02*106)+106 )+ " degrees fahrenheit");
}
}
Explanation:
- Using Java first display the previous average temperatures for the three cities as given in the question
- Then calculates the new average temperature by multiplying by 0.02, because of a 2 percent increase in the average temperature
- Display the new temperature using the System.out,println
Answer:
a) 17, b) 27, c) 30, d) 12
Explanation:
a) x * a
3.4 * 5 = 17
b) static_cast<int>(x) * static_cast<int>(z)
Casting a value to int makes it an integer. The above one equals int(3.4) * int(9.1) = 3 * 9 = 27
c) static_cast<int>(x * z)
Casting a value to int makes it an integer. The above one equals int(3.4 * 9.1) = int(30.94) = 30
d) static_cast<double>(b)
12