The Dig: Archive of archaeologist who inspired Netflix film
1:51
FacebookBBC Norfolk
The Dig: Archive of archaeologist who inspired Netflix film
Archive footage from a 1965 BBC documentary captures Basil Brown, the real-life archaeologist who discovered Anglo-Saxon treasures at Sutton Hoo. The...
已浏览 8.4万 次2021年2月5日
Archaeological Excavation Methods
Archaeological Methods class visits the Schenectady County Historical Society
1:07
Archaeological Methods class visits the Schenectady County Historical Society
FacebookUnion College
已浏览 2382 次5 个月之前
Uncover Cultural Heritage with Educational Excavation Sets!
Uncover Cultural Heritage with Educational Excavation Sets!
KickstarterArkerobox
2023年3月28日
Archaeological Excavation Methods
Archaeological Excavation Methods
digitwithraven.com
2020年3月20日
热门视频
Britain's largest ever archaeological dig has started
1:04
Britain's largest ever archaeological dig has started
FacebookYahoo UK
已浏览 7283 次2018年10月27日
Dino Dig Dag Archaeology
Dino Dig Dag Archaeology
miniplay.com
2017年9月6日
I found a big treasure with a digger
3:01
I found a big treasure with a digger
FacebookThe Best Archaeologist
已浏览 419.4万 次2024年1月6日
Archaeological Excavation Sites
SOLVED: In one of the archaeological excavation sites, the artifact density (number of prehistoric artifacts per 10 liters of sediment) was 1.5. Suppose you are going to dig up and examine 50 liters of sediment at this site. Let r = 0, 1, 2, 3,... be a random variable that represents the number of prehistoric artifacts found in your 50 liters of sediment. The formula for the probability distribution of the random variable r is given as P(r) = ((e^-7.5)(7.5)^r)/r!. Find the probability that you w
SOLVED: In one of the archaeological excavation sites, the artifact density (number of prehistoric artifacts per 10 liters of sediment) was 1.5. Suppose you are going to dig up and examine 50 liters of sediment at this site. Let r = 0, 1, 2, 3,... be a random variable that represents the number of prehistoric artifacts found in your 50 liters of sediment. The formula for the probability distribution of the random variable r is given as P(r) = ((e^-7.5)(7.5)^r)/r!. Find the probability that you w
numerade.com
2021年8月12日
SOLVED: At Burnt Mesa Pueblo, in one of the archaeological excavationsites, the artifact density (number of prehistoric artifacts per 10liters of sediment) was 1.7. Suppose you are going to dig up andexamine 44 liters of sediment at this site. Let r = 0, 1, 2, 3, …be a random variable that represents the number of prehistoricartifacts found in your 44 liters of sediment. (a) Explain why thePoisson distribution would be a good choice for the probabilitydistribution of r. Finding prehistoric artif
SOLVED: At Burnt Mesa Pueblo, in one of the archaeological excavationsites, the artifact density (number of prehistoric artifacts per 10liters of sediment) was 1.7. Suppose you are going to dig up andexamine 44 liters of sediment at this site. Let r = 0, 1, 2, 3, …be a random variable that represents the number of prehistoricartifacts found in your 44 liters of sediment. (a) Explain why thePoisson distribution would be a good choice for the probabilitydistribution of r. Finding prehistoric artif
numerade.com
2021年9月25日
Famous Archaeological Sites in Texas
Famous Archaeological Sites in Texas
usatoday.com
2010年7月4日
反馈