see what i have done is i have divided the whole problem into 2 cases - 1. 2 cuts lie on same half of stick 2. when 2 cuts lie on different halves
after that when they lie on different halves - i again have 2 cases - 1. distance between them is greater than half of stick 2. distance between them is less than half of stick
@ScareCrow28 nope10 straight lines, no two of which are parallel nd no three of which pass through any common point, are drawn on a plane. The total number of regions (including finite and infinite regions) into which the plane would be divided is1. 56 2. 255 3. 1024 4. not uniqueP.s. answer with approach
P=L+I+1
here p are the regions, L no of lines given ,I is intersection of these lines
IF 15X^2 + 8Y^2 DIVIDED BY 22 = XY AND X,Y ARE TWO NOS BELONGING TO THE SET OF THE FIRST 100 NATURAL NOS , HOW MANY DISTINCT ORDERED PAIRS (X,Y) ARE POSSIBLE ?
A question from my side to all of you ..IF 15X^2 + 8Y^2 DIVIDED BY 22 = XY AND X,Y ARE TWO NOS BELONGING TO THE SET OF THE FIRST 100 NATURAL NOS , HOW MANY DISTINCT ORDERED PAIRS (X,Y) ARE POSSIBLE ?Team BV--Pratik Gauri
A shipping clerk has five boxes of different but unkown weights each weighing less than 100 kg,the clerk weighs the boxes in pairs.The weights obtained are 110,112,113,114,115,116,117,118,120 and 121 kgs.What is the weight,in kgs of the heaviest box ?
see what i have done is i have divided the whole problem into 2 cases - 1. 2 cuts lie on same half of stick 2. when 2 cuts lie on different halvesafter that when they lie on different halves - i again have 2 cases - 1. distance between them is greater than half of stick 2. distance between them is less than half of stick hope now you got it Team BV--Pratik Gauri
A question from my side to all of you ..IF 15X^2 + 8Y^2 DIVIDED BY 22 = XY AND X,Y ARE TWO NOS BELONGING TO THE SET OF THE FIRST 100 NATURAL NOS , HOW MANY DISTINCT ORDERED PAIRS (X,Y) ARE POSSIBLE ?Team BV--Pratik Gauri
A shipping clerk has five boxes of different but unkown weights each weighing less than 100 kg,the clerk weighs the boxes in pairs.The weights obtained are 110,112,113,114,115,116,117,118,120 and 121 kgs.What is the weight,in kgs of the heaviest box ?a) 60b) 62c) 64d) can't be determined.
@ScareCrow28 nope10 straight lines, no two of which are parallel nd no three of which pass through any common point, are drawn on a plane. The total number of regions (including finite and infinite regions) into which the plane would be divided is1. 56 2. 255 3. 1024 4. not uniqueP.s. answer with approach
A shipping clerk has five boxes of different but unkown weights each weighing less than 100 kg,the clerk weighs the boxes in pairs.The weights obtained are 110,112,113,114,115,116,117,118,120 and 121 kgs.What is the weight,in kgs of the heaviest box ?a) 60b) 62c) 64d) can't be determined.
a1,a2...a5 in ascending order of weights a5+a4=121 a5+a3=120 a4=a3+1 a1+a2=110 a1+a3=113 a3=a2+3 a4=a2+4 a5=117-a2 a2=110-a1 a3=113-a1 a4=114-a1 a5=a1+7 a1,110-a1,113-a1,114-a1,a1+7 a5 has to be atleast 61 a1 can be at max 54 possible 54,56,59,60,61
A shipping clerk has five boxes of different but unkown weights each weighing less than 100 kg,the clerk weighs the boxes in pairs.The weights obtained are 110,112,113,114,115,116,117,118,120 and 121 kgs.What is the weight,in kgs of the heaviest box ?a) 60b) 62c) 64d) can't be determined.
let the weights wen arranged in increasing order A B C D E(A lightest).... wen pairs are taken then each weight appears 4 times. total=1156 kg
4(A+B+C+D+E)=1156 (A+B+C+D+E)=289 A+B=110 D+E=121 so, C=58 D E can be 60 61 or D E can be 59 62
a1,a2...a5 in ascending order of weightsa5+a4=121a5+a3=120a4=a3+1a1+a2=110a1+a3=113a3=a2+3a4=a2+4a5=117-a2a2=110-a1a3=113-a1a4=114-a1a5=a1+7a1,110-a1,113-a1,114-a1,a1+7a5 has to be atleast 61a1 can be at max 54possible54,56,59,60,6161 hona cheanot sure though