Correct option is B
Given:
Red flowers = 1826
Yellow flowers = 2486
Solution:
Maximum number of flowers in each group = HCF(1826, 2486)
Prime factorization
1826 = 2 × 913 = 2 × 11 × 83
2486 = 2 × 1243 = 2 × 11 × 113
HCF = 2 × 11 = 22
A gardener has 1826 red flowers and 2486 yellow flowers. He wants to arrange them into the largest possible equal groups such that each group has the same number of red and yellow flowers. What is the maximum number of flowers in each group?
Given:
Red flowers = 1826
Yellow flowers = 2486
Solution:
Maximum number of flowers in each group = HCF(1826, 2486)
Prime factorization
1826 = 2 × 913 = 2 × 11 × 83
2486 = 2 × 1243 = 2 × 11 × 113
HCF = 2 × 11 = 22
Suggested Test Series
Suggested Test Series
If the HCF of the expressions (x + 3) (2x² – 3x + a) and (x – 2) (3x² + 10x – b) is x² + x – 6, then what is the value of (2a – 3b) ?
The greatest number that divides 210, 1245 and 2160 is:
Deepesh has 168 litres of Oil A and 234 litres of Oil B. He fills a number of identical containers with the two types of oil in a manner that each container has only one type of oil, and all containers are completely filled. What can be the maximum volume (in litres) of each container that Deepesh uses, so that all the oil that Deepesh has, of both the types, can be poured into these containers?