Variables beginning with a single ampersand "&".
You mean PL/SQL? Well, they are different things, read the manual for details.
You can use a PL/SQL block to display numbers from 1 to n in Oracle. Here's an example program: DECLARE n NUMBER := 10; -- Change this value to your desired n BEGIN FOR i IN 1..n LOOP DBMS_OUTPUT.PUT_LINE(i); END LOOP; END; / This code declares a variable n, then uses a FOR loop to iterate from 1 to n, printing each number using DBMS_OUTPUT.PUT_LINE. Make sure to enable output in your SQL environment to see the results.
Not sure what is meant by 'program a Christmas tree' The basic form of For_Next loop is as follows For i As Integer = 1 To 10 ' Insert statements to operate with current values of i. Next i The loop steps through specified values of i, incrementing the value by 1 for every iteration.
A loop statement is used to iterate through a set of sequential statements. The syntax of a loop statement is [ loop-label : ] iteration-scheme loop sequential-statements end loop [ loop-label ] ; There are three types of iteration schemes. The first is the for iteration scheme that has the form for identifier in range An example of this iteration scheme is FACTORIAL := 1; for NUMBER in 2 to N loop FACTORIAL := FACTORIAL * NUMBER; end loop; The body of the for loop is executed (N-1) times, with the loop identifier, NUMBER, being incremented by I at the end of each iteration. The object NUMBER is implicitly declared within the for loop to belong to the integer type whose values are in the range 2 to N. No explicit declaration for the loop identifier is, therefore, necessary. The loop identifier, also, cannot be assigned any value inside the for loop. If another variable with the same name exists outside the for loop, these two variables are treated separately and the variable used inside the for loop refers to the 34loop identifier. The range in a for loop can also be a range of an enumeration type such as type HEXA is ('0', '1', '2', '3', '4', ' 5', '6', '7', '8', '9', 'A', 'B', 'C', 'D', 'E', 'F'): . . . for NUM in HEXA'('9') downto HEXA'('0') loop -- NUM will take values in type HEXA from '9' through '0'. . . . end loop; for CHAR in HEXA loop -- CHAR will take all values in type HEXA from '0' through 'F'. . . . end loop; Notice that it is necessary to qualify the values being used for NUM [e.g., HEXA'('9')] since the literals '0' through '9' are overloaded, once being defined in type HEXA and the second time being defined in the predefined type CHARACTER
Put all the values in an array, iterate through the array with a for loop, sum all the values, then divide by the count of the values.
Fixed loop: this is the loop where the number of iterations are known. Variable loop: Here the number of iterations are not known Example for a variable loop. The pseudocode for variable whille loop begin character cchoice display"enter the choice" accept cchoice while(cchoice='y') begin //execute the statements end end Rkarthikeyan
Declare num number(10):=# a number(10); counter number:=1; begin for i in 1..10 LOOP a:=num*counter; DBMs_output.put_line(a); Counter:=counter+1; end loop; end;
% 1. Define starting and ending counter values (numerical values = numbers) starting=1; % for example, this for-loop is starting from number "1" ending=10; % for example, this for-loop is ending at number "10" % 2. Define what you want to do with the for-loop % For example, you can display ten times (on the Command Window) % "The quick brown fox jumps over the lazy dog." for id=starting:ending disp('The quick brown fox jumps over the lazy dog.'); end % 3. See: MATLAB Manual
Is your question about C programming or Oracle Database. From the stand point of C programming your question does not make sense. Perhaps you need to rephrase the question.
Loop Loop Loop Loop - 2014 was released on: USA: 15 February 2014
Simply: design an application, that accept one number, then put it in a loop that repeat is ten times.
// generate 100 integers in the closed range [1:9] and store in an array. std::default_random_engine generator ((unsigned) time (0)); std::uniform_int_distribution<int> distribution (1,9); std::array<int, 100> a; for (size_t loop=0; loop!=100; ++loop) a[loop] = distribution (generator);