The answer is provided within the riddle.
The farmer has 18 sheep, all but 8 die. That means 10 sheep die, and 8 are left.
This question is not about arithmetic, but reading comprehension. You don't want to calculate 18-8=10; that's what makes the riddle tricky. You need to know that "all but 8" means "all the sheep except 8."
Australia has 120 million sheep and about 20 millions of population. New Zealand has 3 million people and 60 million sheep. There are about 36 million sheep in the UK and about 60 million people. Argentina has about 14 million sheep and a population of nearly 40 million. So your answer may be Argentina.
chickens chickens
Standing up, maybe somewhere around 13,700 . Flat on the floor, maybe somewhere around 5,900 .
28 posts :)
0.4Assuming we are talking about people standing up ...In a recent article about counting crowds, it was stated that when people standing are very close together, each person will occupy about 2.5 square feet. People in a real crowd won't feel comfortable standing so close together, and will each take about 5 ft2.1 ft2 is about 0.092903m2, so these values translate to about 0.23 and 0.46 respectively. A good straightforward answer would be about 0.4 m2.
8
8
well how many sheep does a farmer have
20 likes and 20 answers for a correct answer
This is one example below: A farmer wants to count his sheep. He separates them into 3 fields. In each field, there are 5 sheep. How many sheep does he have in total? The answer to this would be 3*5 = 15 sheep.
It depends on the size of the paddock the sheep are in and whether the ram is experienced or not and how tight a lambing the farmer wants - a ratio of 1:50
9 live and the rest die look at the question carefully and you'll find the answer.
There are 13 sheep remaining inside the fence.
An Algebra ProblemThe qualifier that their herds will be the same size with the transfer of 1 tells you there is a 2 sheep difference between the herd sizes. Farmer A has 2 less than Farmer B. The next part says that moving one sheep to the larger herd creates a 2-to-1 size ratio of the herds. With 1 more sheep, Farmer B will have 2 times Farmer A.For the equality, if Farmer A and Farmer B loses 1 , then (A+1) = (B-1), creates the relationship B = A+2Letting the smaller herd size be A, the larger herd is A+2.And the transfer of 1 sheep creates the equality A+1 = (A+2)-1The second equation says that the larger herd (presently A+2) will be twice as big as the smaller herd A if A loses 1, becoming (A-1), while the second herd becomes (A+2)+1 or A+3. This creates the formula 2(A-1) = A+3This solves to [2A-2 = A+3] and [2A = A+5] and A = 5The first farmer has 5 sheep, and the second farmer has 7 sheep.-------------In standard algebraic form, the equations are :[ x + 1 = y - 1 ] or y = x + 2y+1 = 2(x-1)Substituting, (x+2)+1 = 2(x-1) and x = 5
Yes, the Egyptian pyramids are still standing. They have stood for thousands of years and remain iconic symbols of ancient Egyptian civilization.
9.
Your missing a part in your question, there is no answer at the moment.