Register

CAT 2002 | Question: 99

• edited by
1,018 views
0 votes
0 votes

A boy is supposed to put a mango into a basket if ordered $1,$ an orange if ordered $2$ and an apple if ordered $3.$ He took out $1$ mango and $1$ orange if ordered $4.$ he was given the following sequence of orders

$12332142314223314113234$

At the end of the sequence, what will be the number of oranges in the basket?

  1. $2$
  2. $3$
  3. $4$
  4. $6$
• edited by
User Avatar

2 Answers

0 votes
0 votes
Trace out how its going on . its easy remeber only mango and orange are removed apple are never removed . at the end the fruits are like

2 2 7 . so for 1 answer a and for 2 answer b
User Avatar
Voting & Accepting an answer helps improve the community
← PreviousNext →
← Previous in categoryNext in category →

Related questions

0 votes
0 votes
1 answer
1
go_editor asked May 2, 2016
692 views
CAT 2002 | Question: 92
There are 11 alphabets A, H, I, M, O, T, U, V, W, X, Y, Z. They are called symmetrical alphabets. The remaining alphabets are known as asymmetrical alphabets. How many three-lettered words can be formed such that at least one symmetrical letter is there? $12870$ $18330$ $16420$ None of these
There are 11 alphabets A, H, I, M, O, T, U, V, W, X, Y, Z. They are called symmetrical alphabets. The remaining alphabets are known as asymmetrical alphabets.How many thr...
0 votes
0 votes
1 answer
3
go_editor asked Mar 2, 2016
865 views
CAT 2002 | Question: 91
There are 11 alphabets A, H, I, M, O, T, U, V, W, X, Y, Z. They are called symmetrical alphabets. The remaining alphabets are known as asymmetrical alphabets. How many four-lettered passwords can be formed by using symmetrical letters only? (repetitions not allowed) $1086$ $255$ $7920$ None of these
There are 11 alphabets A, H, I, M, O, T, U, V, W, X, Y, Z. They are called symmetrical alphabets. The remaining alphabets are known as asymmetrical alphabets.How many fou...
0 votes
0 votes
0 answers
4
go_editor asked Mar 2, 2016
313 views
CAT 2002 | Question: 86
In how many ways, we can choose a black and a white square on a chess board such that the two are not in the same row or column? $32$ $96$ $24$ None of these
In how many ways, we can choose a black and a white square on a chess board such that the two are not in the same row or column?$32$$96$$24$None of these
0 votes
0 votes
0 answers
5
go_editor asked Mar 2, 2016
373 views
CAT 2002 | Question: 85
How many numbers between $0$ and one million can be formed using $0, 7$ and $8?$ $486$ $1086$ $728$ None of these
How many numbers between $0$ and one million can be formed using $0, 7$ and $8?$$486$$1086$$728$None of these
Link Copied!