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) >= $1000000\n", day, amount, amount/2);
amount += (1 + (amount/2));
}
}
public static void main(String[] args) {
getRichQuick();
}
}
Answer:
In general the number of bit registers in Intel 80x86 CPU design when combined together forms a 16 - bit register
An example of the -bit registers are AH, AL, BH, BL, CH, CL, DH, and DL
Explanation:
Solution
The 8086 CPU design has a total of eight 8-bit registers and these register can be integrated together to make 16- bit register as well.
The 16-bit data is stored by breaking the data into a low-order byte and high order byte.
The name of the 8 bit registers is shown below:
AH, AL, BH, BL, CH, CL, DH, and DL
Answer:
a. =IF(H4>0,12*$D$5-J4,0)
Explanation:
a. =IF(H4>0,12*$D$5-J4,0)
If( H4>0 is the logical test,
12*$D$5-J4 is [value_if_true]
0 is [value_if_false]
b. Referencing to the above formula in (a), which is the required formula which should be typed in cell K4.
Absolute referencing of cell D5 means that this will not change while extending this formula to the entire column. Whereas, since cell H4 and J4 have relative cell referencing, these will change relatively as we extend the formula to the entire column.
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