Estimating quantities and resources correctly is important to ensure projects are completed within budget, on time, and meet quality standards. Accurate estimates help to allocate resources efficiently, assess project feasibility, and minimize risks of delays or cost overruns. It also allows for better planning, resource management, and decision-making throughout the project lifecycle.
j'estime, je crois
About 4.5 billion years.
I admittedly have NO statistics at hand on which to rely however my first-hand anecdotal observations lead me to conclude that a good "ballpark estmate" would bring it in at about the mid-30's.
the value of marlin model 336rc 30 30
It depends on the people who signed it. do some research on the teamates and how good the team was and then you will get to estmate the team total. for instance if babe Ruth gave away a autographed baseball it would be worth alot.
About 15-20% of social networking users are under 20. If you use 600 million (users of facebook) * 3= 2 billion, that gives you an upper estmate of 400 million
Browning records of serial numbers on the 1910/1955 model are vague before 1966. They estmate that number 500,000 was made around 1965, and that 550,000 was the beginning of serial numbers made in 1966. Yours is probably 1965.
There is no way to give a simple answer. Until 1968, you could purchase firearms by mail from a catalog, so there was no way to enumerate those persons. An ESTMATE from the BATFE is that about 1/4 of the adults in the US own at least 1 gun. That would be ABOUT 60 million gun owners TODAY- but some estimates are higher within the past 2-3 years.
It can get a bit confusing! The estimate is the value obtained from a sample. The estimator, as used in statistics, is the method used. There's one more, the estimand, which is the population parameter. If we have an unbiased estimator, then after sampling many times, or with a large sample, we should have an estimate which is close to the estimand. I will give you an example. I have a sample of 5 numbers and I take the average. The estimator is taking the average of the sample. It is the estimator of the mean of the population. The average = 4 (for example), this is my estmate.
I expect you would be comfortable with an estmate for this weight, which undoubtedly varies from batch to batch. Here's one estimate: tomato is a watery fruit whose density is not much greater than that for water. Let's call this 1.2 gm/cc Using SI terms for convenience, a 1 foot cube amounts to 30.5 cm X 30.5 cm X 30.5 cm which is 28317 ccs This would weigh 28317 grams if we take 1cc = 1 gm exactly. But we are supposing that tomato dices are more dense - 1.2 more dense in fact. So the weight we estimate is 28317 X 1.2 gm = 33980 gm about or 34 kg about or 74 lb 12 oz.
This is a hard question to answer to due to the fact that Germany nor did the allies actually count the tanks they destroyed due to fact a war was actually going on. You can get a ruff estmate by counting the allies tanks which were used in WW2. However, soe tanks were abandoned by the allies due to variety of reasons. Over 225,000 tanks have been reported to be built but 75% were actually used mainly due to bombings and hijacks during non-combat scenarios or just broked down. So in total, the number of allied tanks used in ww2 in europe was about 180,000. According to certain sources the Allies in Europe lost about 140,000 tanks and 20,000 were due to mechanical break downs or abandoned due to damages recieved but nor destroyed. The total of Tanks destroyed by the Germans were about 110,000-120,000.