1. Write a conditional that assigns true ( 1 ) to the variable fever if the variable temperature is greater than 98.6 .
2. Write a conditional that assigns 10,000 to the variable bonus if the value of the variable goodsSold is greater than 500,000 .
3. Write an if/else statement that compares the double variable pH with 7.0 and makes the following assignments to the int variables neutral , base , and acid :
0, 0, 1 if pH is less than 7
0, 1, 0 if pH is greater than 7
1, 0, 0 if pH is equal to 7.
4. Write an if/else statement that adds 1 to the variable minors if the variable age is less than 18 , adds 1 to the variable adults if age is 18 through 64 , and adds 1 to the variable seniors if age is 65 or older.
5. Given the integer variables x and y , write a fragment of code that assigns the larger of x and y to another integer variable max .
Assume that grade is a variable whose value is a letter grade-- any one of the following letters: 'A', 'B', 'C', 'D', 'E', 'F', 'W', 'I'. Assume further that there are the following int variables, declared and already initialized: acount, bcount, ccount, dcount, ecount, fcount, wcount, icount.
Write a switch statement that increments the appropriate variable (acount, bcount, ccount, etc.) depending on the value of grade. So if grade is 'A' then acount is incremented; if grade is'B' then bcount is incremented, and so on.
6. Write a switch statement that tests the value of the char variable response and performs the following actions:
if response is y , the message Your request is being processed is printed
if response is n , the message Thank you anyway for your consideration is printed
if response is h , the message Sorry, no help is currently available is printed for any other value of response , the message Invalid entry; please try again is printed
7. Write an if/else statement that compares the value of the variables soldYesterday and soldToday , and based upon that comparison, assigns salesTrend the value -1 or 1 .
-1 represents the case where soldYesterday is greater than soldToday ; 1 represents the case where soldYesterday is not greater than soldToday .