okay assume that 120, 121, 122 oranges being dropped in those boxes. it Now, since the number of equal boxes to be minimum, there is already 122 boxes in which 123- 144 oranges were dropped already in sets of 5 so 5 will be the least.
Consider a triangle. Its longest side has length 12 and another of its sides has length 9. Its area is 54. What is the exact length of its third side? 1.15 2.16 3.18 4.20
Consider a triangle. Its longest side has length 12 and another of its sides has length 9. Its area is 54. What is the exact length of its third side?1.15 2.16 3.18 4.20
Consider a triangle. Its longest side has length 12 and another of its sides has length 9. Its area is 54. What is the exact length of its third side?1.15 2.16 3.18 4.20
Consider a triangle. Its longest side has length 12 and another of its sides has length 9. Its area is 54. What is the exact length of its third side?1.15 2.16 3.18 4.20
Consider a triangle. Its longest side has length 12 and another of its sides has length 9. Its area is 54. What is the exact length of its third side?1.15 2.16 3.18 4.20
Longest side is 12 cm and options for the third side are all above 12. Huh ? :roll::splat:
We have to ask the QP setter.. scrap it. lemme give next
If a carton containing a dozen crockery plates is dropped, then which of the following cannot be the ratio of broken and unbroken plates? 1. 2 : 1 2. 3 : 1 3. 4 : 1 4. 5 : 1
Waisa answer was not in the options! Though question should read '' divisor CAN be'' Longest side is 12 cm and options for the third side are all above 12. Huh ?
We have to ask the QP setter.. scrap it. lemme give next If a carton containing a dozen crockery plates is dropped, then which of the following cannot be the ratio of broken and unbroken plates?1. 2 : 1 2. 3 : 1 3. 4 : 1 4. 5 : 1
We have to ask the QP setter.. scrap it. lemme give next If a carton containing a dozen crockery plates is dropped, then which of the following cannot be the ratio of broken and unbroken plates?1. 2 : 1 2. 3 : 1 3. 4 : 1 4. 5 : 1