Answer:
The counting function uses only <em>the list of </em>arguments.
Answer:
See explaination
Explanation:
public class QuickRich {
static void getRichQuick() {
double amount = 1;
int day = 1;
System.out.println("Day 1: $1");
while (amount < 1000000) {
day++;
if(amount + 1 + (amount/2) < 1000000)
System.out.printf("Day %d: $%.2f + ($1 + %.2f) = $%.2f\n", day, amount, amount/2, amount+(amount/2)+1);
else
System.out.printf("Day %d: $%.2f + ($1 + %.2f) >= $1000000\n", day, amount, amount/2);
amount += (1 + (amount/2));
}
}
public static void main(String[] args) {
getRichQuick();
}
}
Answer:
The answer is below
Explanation:
a)
If the blocks of a file are not put together, that is for nonadjacent block of files to each other, the time (t) taken to read a 100 block file is:
t = (average seek + rotational latency + transfer time) * 100 block
Average seek = 5 msec, rotational latency = 10 msec and transfer time = 20 microsec = 0.02 msec
t = (5 + 10 + 0.02) * 100 = 1502 msec
b)
If the blocks of a file are put together, that is for adjacent block of files to each other, the time (t) taken to read a 100 block file is:
t = (seek time * mean interblock distance + rotational latency + transfer time) * 100 block
seek time = 100 microsec = 0.1 msec, rotational latency = 10 msec and transfer time = 20 microsec = 0.02 msec, mean interblock distance = 2 cylinders
t = (0.1*2 + 10 + 0.02) * 100 = 1022 msec
95% sure its there must be waves
