@joyjitpal said:bhai mafh kar do ye solution merese nahi hoga
bhai padho toh....logical problem hai...ho jyga araam se...
@Logrhythm said:It is 533.33http://www.puzzle.dse.nl/math/bananas_us.htmlrefer to the link...bohot bada solution hai...
Yaar isse zada to mere solution me are h banana 
@scrabbler said:I feel 0 to 4 but not able to prove.regardsscrabbler
try for values. it works
like equilateral consider karo, 111
then scalene 123
then isosceles 121...
0 to 4 hi aa rha h sab mein.. :)
like equilateral consider karo, 111
then scalene 123
then isosceles 121...
0 to 4 hi aa rha h sab mein.. :)
@Logrhythm said:It is 533.33http://www.puzzle.dse.nl/math/bananas_us.htmlrefer to the link...bohot bada solution hai...
A_________x________x__________B
|---1000/3--||-1000/3--||--1000/3--|
3000____0________0________0
2000____2000/3___0________0
1000____4000/3___0________0
0_______2000____0________0
0_______1000____2000/3____0
0_______0_______4000/3____0
0_______0_______1000/3____2000/3
So finally, 2000/3 = 666.66 Ab yaha kya kia maine?? Explain me what I did!
Ab yaha kya kia maine?? Explain me what I did!@scrabbler ..
@ChirpiBird said:try for values. it workslike equilateral consider karo, 111then scalene 123then isosceles 121... 0 to 4 hi aa rha h sab mein..
Haan woh kiya, but none of these ka option hai to doubt hota hai.
I also tried one other thing - (a+b+c)(b+c-a) can be expanded and rearranged to (b+c)^2 - a^2
Now one extreme case is a is close to zero in which case b and c must be almost equal (as b-c
regards
scrabbler
I also tried one other thing - (a+b+c)(b+c-a) can be expanded and rearranged to (b+c)^2 - a^2
Now one extreme case is a is close to zero in which case b and c must be almost equal (as b-c
regards
scrabbler
@ScareCrow28 said:A_________x________x__________B|---1000/3--||-1000/3--||--1000/3--|3000____0________0________02000____2000/3___0________0
Idhar how did you get 2000/3? Should be 1000/3
Aagewaala bhi aisa hi change hoga...
@ScareCrow28 said:1000____4000/3___0________00_______2000____0________00_______1000____2000/3____00_______0_______4000/3____00_______0_______1000/3____2000/3So finally, 2000/3 = 666.66 Ab yaha kya kia maine?? Explain me what I did!@scrabbler ..
regards
scrabbler
@scrabbler said:Idhar how did you get 2000/3? Should be 1000/3Aagewaala bhi aisa hi change hoga...regardsscrabbler
Nai..wo bananas left hai.. 1000/3 khalie so left = 1000 - 1000/3 = 2000/3 na?
@scrabbler Waise I just got to know that the camel eats 1 banana per KM, not necessarily after every 1 KM! AIMCAT question
@ScareCrow28 said:Nai..wo bananas left hai.. 1000/3 khalie so left = 1000 - 1000/3 = 2000/3 na?
And pray how will he then get back to the start? Teleport banana padega...
He has to carry 1000/3 back with him :P
regards
scrabbler
He has to carry 1000/3 back with him :P
regards
scrabbler
@scrabbler said:And pray how will he then get back to the start? Teleport banana padega...He has to carry 1000/3 back with him regardsscrabbler
Nai, Actually The question mentions that the camel eats 1 banana per KM, while carrying the bananas islie I did like this :P
@scrabbler said:And pray how will he then get back to the start? Teleport banana padega...He has to carry 1000/3 back with him regardsscrabbler
Abdullah, a trader had 3000 bananas with him and he had to take them to a market 1000 km away on his only camel, which can carry a maximum of 1000 bananas at a time. Unfortunately, the camel eats one banana for every 1 km, or a part thereof, that it travels while carrying the bananas. What is the maximum number of bananas that Abdullah can take to the market?
:P Let's just leave this question
@scrabbler said:Haan woh kiya, but none of these ka option hai to doubt hota hai.I also tried one other thing - (a+b+c)(b+c-a) can be expanded and rearranged to (b+c)^2 - a^2Now one extreme case is a is close to zero in which case b and c must be almost equal (as b-c
Somehow the thing ate half my solution when I posted 😞 Continued below...
...as b-c > a and hence putting a tends to 0, b tends to c, the value tends to 4 b^2 = 4bc so g = 4.
Also in the other extreme, the max value of a is almost = b+c so puttng that a tends to (b+c), (b+c)^2 - a^2 tends to 0. Hence g = 0 lower limit.
regards
scrabbler
...as b-c > a and hence putting a tends to 0, b tends to c, the value tends to 4 b^2 = 4bc so g = 4.
Also in the other extreme, the max value of a is almost = b+c so puttng that a tends to (b+c), (b+c)^2 - a^2 tends to 0. Hence g = 0 lower limit.
regards
scrabbler
@ScareCrow28 said:Nai, Actually The question mentions that the camel eats 1 banana per KM, while carrying the bananas islie I did like this
Arey, basically the answer can be either 533 or 833, ab jaisi jiski shraddha 
..
.. @pavimai said:Abdullah, a trader had 3000 bananas with him and he had to take them to a market 1000 km away on his only camel, which can carry a maximum of 1000 bananas at a time. Unfortunately, the camel eats one banana for every 1 km, or a part thereof, that it travels while carrying the bananas. What is the maximum number of bananas that Abdullah can take to the market?467533767833
someone explain to me.. wth it means "the camel eats one banana for every 1 km, or a part thereof"
@ScareCrow28 said:Abdullah, a trader had 3000 bananas with him and he had to take them to a market 1000 km away on his only camel, which can carry a maximum of 1000 bananas at a time. Unfortunately, the camel eats one banana for every 1 km, or a part thereof, that it travels while carrying the bananas. What is the maximum number of bananas that Abdullah can take to the market? Let's just leave this question
Then in 1000/3km he will eat 334 not 333.33, since it says part thereof. Playing with words is puerile :P
regards
scrabbler
regards
scrabbler
@scrabbler said:Then in 1000/3km he will eat 334 not 333.33, since it says part thereof. Playing with words is puerile regardsscrabbler
Ohhhhh..to ye meaning hai part thereof ka! Mujhe samajh ni aya tha to maine ignore kardia tha word ko! 
Thanks for mentioning though!
Mujhe samajh ni aya tha to maine ignore kardia tha word ko! Thanks for mentioning though! find the number of terms in the expression (a+b+c+d)^20
1671
1771
1717
7171
@raopradeep said:find the number of terms in the expression (a+b+c+d)^201671177117177171
23C3 = 1771 ? ..
sab so gaye yaha??? 