Answer:
public class Calculator {
private int total;
private int value;
public Calculator(int startingValue){
// no need to create a new total variable here, we need to set to the our instance total variable
total = startingValue;
value = 0;
}
public int add(int value){
//same here, no need to create a new total variable. We need to add the value to the instance total variable
total = total + value;
return total;
}
/**
* Adds the instance variable value to the total
*/
public int add(){
// no need to create a new total variable. We need to add the value to the instance total variable
total += value;
return total;
}
public int multiple(int value){
// no need to create a new total variable. We need to multiply the instance total variable by value.
total *= value;
return total;
}
//We need to specify which value refers to which variable. Otherwise, there will be confusion. Since you declare the parameter as value, you need to put this keyword before the instance variable so that it will be distinguishable by the compiler.
public void setValue(int value){
this.value = value;
}
public int getValue(){
return value;
}
}
Explanation:
I fixed the errors. You may see them as comments in the code
Answer:
"It is 80 cents"
Explanation:
In order to calculate how much this actually is, we would need to multiply this fraction by the value of a whole dollar which is 1. We can divide the fraction 4/5 and turn it into the decimal 0.80 which would make this much easier. Now we simply multiply...
0.80 * 1 = $0.80
Finally, we can see that 4/5 of a dollar would be 0.80 or 80 cents. Therefore Pradeep would answer "It is 80 cents"
The toll program illustrates the use of conditional statements;
As a general rule, conditional statements are used to make decisions
<h3>The
toll program</h3>
The toll program written in Python where conditional statements are used to make several decisions is as follows:
def calc_toll(hour, morning, weekend):
toll_fee = 0
if weekend == False:
if morning == True:
if hour < 7:
toll_fee+=1.15
elif hour < 10:
toll_fee+=2.95
elif hour <= 12:
toll_fee+=1.90
else:
if hour < 3:
toll_fee+=1.90
elif hour < 8:
toll_fee+=3.95
elif hour >= 8:
toll_fee+=1.40
else:
if morning == True:
if hour < 7:
toll_fee+=1.05
elif hour <= 12:
toll_fee+=2.15
else:
if hour < 8:
toll_fee+=2.15
elif hour >= 8:
toll_fee+=1.10
return toll_fee
Read more about conditional statements at:
brainly.com/question/24833629
#SPJ1
Answer:
It would be correct to say that out-of-order makes a machine's performance more sensitive to branch prediction accuracy.
Explanation:
This can be explained as when a machine is out-of-order, in that state the execution holds importance in prediction accuracy, any increase in these results in rate of prediction near about 25% for the single-issue operating in-order. This is due to the reason that some of the predictions are required for the global pattern history. Most recent outcomes are recorded in the register and for a 4-way machine which is out-of-order, accuracy is very poor as a result of the delay of the branch history for next prediction.
