Race conditions are possible in many computer systems. consider a banking system with two methods: deposit(amount) and withdraw(amount). these two methods are passed the amount that is to be deposited or withdrawn from a bank account. assume that a husband and wife share a bank account and that concurrently the husband calls the withdraw() method and the wife calls describe how a race condition is possible and what might be done to prevent the race condition from occurring.

Race Condition is possible if husband and wife both have concurrent functionality.

Explanation:

For eg. if Balance = 3000 and husband withdraws = 1000 then remaining balance is = 2000.

One the other hand if balance is 3000 and wife deposits =1000 then remaining balance is 4000

we can see that there is inconsistency that is not acceptable.

To solve the problem mostly we are using Peterson's Algorithm

Account can be used for husband and wife,

int flag = 0

boolean account

1 :Husband

do{

account[i] =TRUE;

flag=(i+1)%2

while (account [(i+1)%2] && turn =(i+1)%2;

withdraw();

account[i] = FALSE

(remainder)

} While (TRUE);

This process can be repeat with (Wife)  where i will be replaced by j ,i=0 or 1 and j =1 or 0

Proved the race condition is prevented

i've had the same problem. i generally just ignore it, as a ton of these "verified answers" are completely wrong.

solution:

the right option is a

to adding   a new row to a table we   have to do process last table cell and pressing tab.

this is the process to add new row in the cell:

* to add a row below the cell, click insert below in the rows and columns group.

thus this is the required right answer.