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.Andy wants to play a
game with his little
brother, Bob. The game
starts with an array of
distinct integers and the
rules are as follows:
Bob always plays first
and the two players move
in alternating turns. In
a single move, a player
chooses the maximum
element currently present
in the array and removes
it as well as all the
other elements to its
right. For example, if
the starting array , then
it becomes after the
first move because we
remove the maximum
element (i.e., ) and all
elements to its right
(i.e., and ). The
modifications made to the
array during each turn
are permanent, so the
next player continues the
game with the remaining
array. The first player
who is unable to make a
move loses the game. Andy
and Bob play games.
Given the initial array
for each game, find and
print the name of the
winner on a new line. If
Andy wins, print ANDY; if
Bob wins, print BOB. To
continue the example
above, in the next move
Andy will remove . Bob
will then remove and win
because there are no more
integers to remove.
game with his little
brother, Bob. The game
starts with an array of
distinct integers and the
rules are as follows:
Bob always plays first
and the two players move
in alternating turns. In
a single move, a player
chooses the maximum
element currently present
in the array and removes
it as well as all the
other elements to its
right. For example, if
the starting array , then
it becomes after the
first move because we
remove the maximum
element (i.e., ) and all
elements to its right
(i.e., and ). The
modifications made to the
array during each turn
are permanent, so the
next player continues the
game with the remaining
array. The first player
who is unable to make a
move loses the game. Andy
and Bob play games.
Given the initial array
for each game, find and
print the name of the
winner on a new line. If
Andy wins, print ANDY; if
Bob wins, print BOB. To
continue the example
above, in the next move
Andy will remove . Bob
will then remove and win
because there are no more
integers to remove.
4 regular answers available
The logic is behind this game is simple
--> two players are playing a game with an array of elements(numbers)
alternate chances are given to each players.
when player1 is playing the chance , he have to search for the highest element in the array , eliminate it as well as elements that
are right to it..
for example:-
array[5] = { 10 , 12, 5 , 5, 6, 20 , 14, };
player1( andy) searches for highest number in it... i.e, 20
and player has to eliminate the number and as well as number after it.
hence the array is updated to
array={ 10 , 12, 5 , 5, 6 };
then player2(bob) will get the chances to play with updated array...
and the game continues..
the game ends when any player not finding any element in array to eliminate , that player loses..
check out python code for this...
a=[10 , 12, 5 , 5, 6, 20 , 14]
chc = 0 # chances count
while(len(a)!=0):
chc= chc+1
m=max(a) # it returns maximum number present in array
mi=a.index(m) # finds index/position of maximum number
del a[mi:] # deletes all number/elements after the maximum number , the array is updated
if(chc%2==0):
print("player2(bob) wins")
else:
print("player1(andy) wins")
a=[10 , 12, 5 , 5, 6, 20 , 14]
chc = 0 # chances count
while(len(a)!=0):
chc= chc+1
m=max(a) # it returns maximum number present in array
mi=a.index(m) # finds index/position of maximum number
del a[mi:] # deletes all number/elements after the maximum number , the array is updated
if(chc%2==0):
print("BOB")
else:
print("ANDY")
#include <stdio.h>
main() {
int wedith, hight, area;
printf("width:");
scanf("%d", &wedith);
printf("hight:");
scanf("%d", &hight);
area = wedith * hight;
printf("area is %d",
area);
}