Answer:
The method is as follows:
public static int lastIndexOf(int [] numbers, int num){
int lastIndex = numbers[0];
for(int i =0; i<numbers.length;i+=num){
lastIndex = numbers[i];
}
return lastIndex;
}
Explanation:
This defines the method
public static int lastIndexOf(int [] numbers, int num){
This initializes the lastIndex to the first element of the array
int lastIndex = numbers[0];
This iterates through every "num" element of the array
for(int i =0; i<numbers.length;i+=num){
This gets the current index... until the last
lastIndex = numbers[i]; }
This returns the last
return lastIndex; }
Answer:
I think the answer would be a smartphone, hope this helps! Comment if I am wrong
Answer: A) Modular decomposition
Explanation: Modular decomposition is the composition of a graphs into small modules. These modules are the subset of the whole graphs and thus the part of the graph. These modules are these very design efficient and so they are not capable of handling the exceptions .They have precise representation which has modules which cannot seem to have exception because that will disturb the structure of the graph .
Answer:
if speed < 0:
reverseDrivers +=1
elif speed < 1:
parkedDrivers +=1
elif speed < 40:
slowDrivers +=1
elif speed<=65:
safeDrivers +=1
else:
speeder +=1
Explanation:
The statements are written in python programming language
See a complete code screenshot attached, where all the variables are defined
