5 miles

404
2011 1 .
505 ADE5 5 55 .
% 5%1/20 .
GLM-5.1 glm.
DLSS 5 DLSS 5 .
DJ Osmo Action 5 Pro GoPro 60 DJ Osmo.
165.1 5'5"55 5'5" = 5 X 12" + 5" = 65" 1" = 2.54 5'5" = 65" X 2.54/in = 165.1 (UK, ().
?0.5% 0.5 5 ??5.

404
2011 1 .
505 ADE5 5 55 .
% 5%1/20 .
GLM-5.1 glm.
DLSS 5 DLSS 5 .
DJ Osmo Action 5 Pro GoPro 60 DJ Osmo.
165.1 5'5"55 5'5" = 5 X 12" + 5" = 65" 1" = 2.54 5'5" = 65" X 2.54/in = 165.1 (UK, ().
?0.5% 0.5 5 ??5.
Identifiable grains: 3,960 - 475 = <<3960-475=3485>>3,485.
Successful alignments: 2,400,000 - 132,000 = <<2400000-132000=2268000>>2,268,000.
Final credible reads: 2,268,000 - 141,750 = <<2268000-141750=2126250>>2,126,250.
A palynologist uses a statistical model to estimate past tree cover. Her dataset includes 9,600 pollen counts. After normalization, 22% are flagged as outliers. From the valid counts, 35% are dominated by oak pollen. How many oak pollen counts are in the dataset?
A bioinformatician analyzes variant calls from 140,000 SNPs. 9% are removed for low coverage. Of the remaining, 5.5% are large indels and excluded. How many SNPs remain for downstream analysis?
Remaining SNPs: 127,400 - 6,997 = <<127400-6997=120403>>120,403.
A palynologist studies 15 core samples, each with 240 pollen grains counted. Due to fragmentation, 8% of all grains are lost in counting. If 60% of the identifiable grains are from deciduous trees, how many deciduous pollen grains are identified?
Identifiable grains: 3,600 - 288 = <<3600-288=3312>>3,312.
Remaining: 85,000 - 11,900 = <<85000-11900=73100>>73,100.
Passing sequences: 73,100 - 7,310 = <<73100-7310=65790>>65,790.