Answer: C a+b?c => a (Not equal to) b (Not greater than) c.
Seven poles A,B,C,D,E,F and G are put in such a way that the distance between the next two decreases by 1 metre. The distance between the first two poles, A and B, is 10 metres. Now answer the following questions.
Q. No. 1:
If the arithmetic decide to remove one pole and a place the remaining on equal distance among the poles, then each set of two poles would be ________ metres apart.
Answer: C A<--(10)-->B<--(9)-->C<--(8)-->D<--(7)-->E<--(6)-->F<--(5)-->G Total distance between A and G = 10+9+8+7+6+5 = 45 m If one pole is removed the arrangement would like, o----------o------------o-----------o--------------o-----------o Hence, distance between any two poles = 45/5 = 9m.
Q. No. 2:
If a monkey jumps from pole G to pole C, then how much distance did it cover ?
Answer: A A<--(10)-->B<--(9)-->C<--(8)-->D<--(7)-->E<--(6)-->F<--(5)-->G
Total distance between A and G = 10+9+8+7+6+5 = 45 m Monkey covers = 5+6+7+8 = 26 m.
Q. No. 3:
What is the distance between first pole A and last pole G?
Answer: C A<--(10)-->B<--(9)-->C<--(8)-->D<--(7)-->E<--(6)-->F<--(5)-->G
Total distance between A and G = 10+9+8+7+6+5 = 45 m
Calculate the value of each word by the formulae : (i). Consonants = (2* position of the letter in the alphabet) - 1 (ii).Vowels = (3* position of the letter in the alphabet) 1
The letters L,M,N,O,P,Q,R,S and T in their order are substituted by nine integers 1 to 9 in that order. 4 is assigned to P. The difference between P and T is 5. The difference between N and T is 3. What is the integer assigned to N ?
Eighty Kilograms (kg) of store material is to be transported to a location 10 km away. Any number of couriers can be used to transport the material. The material can be packed in any number of units of 10, 20 or 40 kg. Couriers charges are Rs 10 per hour. Couriers travel at the speed of 10 km/hr if they are not carrying any load, at 5 km/hr if carrying 10 kg, at 2 km/hr if carrying 20 kg and at 1km/hr if carrying 40 kg. A courier cannot carry more than 40 kg of load. The minimum cost at which 80 kg of store material can be transported to its destination will be :