Answer:
Improve individual productivity
Explanation:
Improving individual productivity as to do with efficiency, achieving more within a shorter period of time. One of the ways to achieve this is by using Information system tools. Information system tools supports processes, operations and intelligence which will help a worker to do more quality work spending lesser time, as well as reduce spending time on unnecessary tasks.
CORRECT QUESTION:
For the given program, how many print statements will execute?
public static void printShippingCharge(double weight) { if((weight > 0.0) && (weight <= 10.0)){ System.out.println(weight * 0.75); }
else if((weight > 10.0) && (weight <= 15.0)) { System.out.println(weight * 0.85); }
else if((weight > 15.0) && (weight <= 20.0)) { System.out.println(weight * 0.95); } }
public static void main(String args[]) {
printShippingCharge(18);
printShippingCharge(6);
printShippingCharge(25); }
Answer:
Two of the print statements will output values
Explanation:
These two calls to the printShippingCharge are the ones that will output values: printShippingCharge(18); and printShippingCharge(6);
The first if statement is true when the value of weight is 6 (weight > 0.0) && (weight <= 10.0)
The Third if statement is true when weight is 18 (weight > 15.0) && (weight <= 20.0)
NOTE: That I made correction to the variable weight. The question isn't consistent with the variable name. It used weight and itemWeight at different points this will lead to a compiller error
They use artifacts in l<span>iterature in order to develop the plot and the characters.</span>
The statement that is true about depth-first search, or DFS is that It explores all nodes for all solutions.
Check more about DSF services below.
<h3>Does depth first search visit every node?</h3>
The DFS algorithm is known to be a kind of a recursive algorithm that is said to often make use of the idea of backtracking.
Note that this is one where there is an exhaustive searches of all the nodes by going ahead and also backtracking.
Hence, The statement that is true about depth-first search, or DFS is that It explores all nodes for all solutions.
Learn more about depth-first search, from
brainly.com/question/15142337
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