medicine is packed in boxes each weighting 4 kg 500 gram. how many such boxes can be loaded in a van which cannot carry beyond 800 kg?
Answers
Answer:
A basket contains 5 white and 8 red flowers. Two drawing of three flowers are made. Find the probability that the first drawing will give 3 white and the second drawing with 3 red flowers. (i) the flowers are replaced before the second trial and (ii) the flowers are not replaced before the second trial. Step-by-step explanation:
A basket contains 5 white and 8 red flowers. Two drawing of three flowers are made. Find the probability that the first drawing will give 3 white and the second drawing with 3 red flowers. (i) the flowers are replaced before the second trial and (ii) the flowers are not replaced before the second trial.
A basket contains 5 white and 8 red flowers. Two drawing of three flowers are made. Find the probability that the first drawing will give 3 white and the second drawing with 3 red flowers. (i) the flowers are replaced before the second trial and (ii) the flowers are not replaced before the second trial.A basket contains 5 white and 8 red flowers. Two drawing of three flowers are made. Find the probability that the first drawing will give 3 white and the second drawing with 3 red flowers. (i) the flowers are replaced before the second trial and (ii) the flowers are not replaced before the second trial.
Answer:
Given that:
Medicines are packed in boxes. One box weighs 4kg 500g.
We need to find many of the numbers of boxes that can be loaded in a can that cannot carry beyond 800kg.
Solution:
The weight of one box = 4 kg 500 g = 4 × 1000 g + 500 g = 4500 g { As we know that 1kg = 1000g}
Maximum load can be loaded in can = 800 kg = 800 × 1000 g = 800000 g
Hence, total weight=Maximum load can be loaded in can =800000 g
Number of boxes = Total weight / Weight of each box
Number of boxes = 800000/4500 = 177
Number of boxes = 177
Therefore, 177 boxes can be loaded in a can that cannot carry beyond 800kg.