MDBK-084 JAV 1. In a gene mapping study, the following numbers of individuals were observed for the phenotypes of a recessive and dominant allele within a population: homozygous recessive = 410, heterozygous = 500, homozygous dominant = 390. Calculate the proportion of each of these phenotypes within the population. **Solution:** First, find the total number of individuals in the population: [ 410 + 500 + 390 = 1800 ] Now calculate the proportion of each phenotype: - homozygous recessive: [ frac{410}{1800} = 0.227 ] - heterozygous: [ frac{500}{1800} = 0.278 ] - homozygous dominant: [ frac{990}{1800} = 0.55 ] **Answer:** The proportion of homozygous recessive individuals is 0.227, heterozygous is 0.278, and homozygous dominant is 0.55. 2. In a certain population, the frequency of a dominant allele is 0.5. A given gene has two different alleles, P and p. Determine the frequency of the allele p in the population. **Solution:** Since the sum of the frequencies of the two alleles is 1, the frequency of the recessive allele is: [ p = 1 - 0.5 = 0.5 ] **Answer:** The frequency of the recessive allele p is 0.5. 3. The frequencies of two alleles in populations are 0.80 and 0.20. Determine the probability of the two alleles being homozygous within the population. **Solution:** Since there are two alleles, the probability of being homozygous for either allele is the square of the frequency of that allele: [ left(0.80 ight)^2 + left(0.20 ight)^ = 0.640 + 0.040 = 0.680 ] **Answer:** The probability of the two alleles being homozygous within the population is 0.680. 4. The numbers of males and females in a population are 300 and 400, respectively. Calculate the number of males per female in the population. **Solution:** Before performing the calculation, convert the numbers of males and females into percentages: [ frac{300}{300} = 1.0 ] [ frac{400}{400} = 1.0 ] Now perform the calculation: [ frac{1.0}{1.0} = 1.0 ] **Answer:** The number of males per female in the population is 1.0. 5. The frequencies of different phenotypes in a population are 0.20, 0.50, and 0.30. Calculate the probability of detecting any of these phenotypes within the population. **Solution:** Since there are three phenotypes, the probability of detecting any of them is the product of their frequencies: [ 0.20 imes 0.50 imes 0.30 = 0.060 ] **Answer:** The probability of detecting any of these phenotypes within the population is 0.060. &###<xml>`<xml>`>`<xml>`>`<xml>`>`<xml>`>`<xml>`>`<xml>`>`<xml>`>`<xml>`>`<xml>`>`<xml>`>`<xml>`>`<xml>`>`<xml>`>`<xml>`>`<xml>`>`<xml>`>`<xml>`>`<xml>`>`<xml>`>`<xml>`>`<xml>`>`<xml>`>`<xml>`>`<xml>`>`<xml>`>`<xml>`>`<xml>`>`<xml>`>`<xml>`>`<xml>`>`<xml>`>`<xml>`>`<xml>`>`<xml>`>`<xml>`>`<xml>`>`<xml>`>`<xml>`>`<xml>`>`<xml>`>`<xml>`>`<xml>`>`<xml>`>`<xml>`>`<xml>`>`<xml>`>`<xml`>`<xml>`>`<xml>`>`<xml>`>`<xml>`>`<xml>`>`<xml>`>`<xml>`>`<xml>`>`<xml>`>`<xml>`>`<xml>`>`<xml>`>`<xml>`>`<xml>`>`<xml>`>`<xml>`>`<xml>`>`<xml>`>`<xml>`>`<xml>`>`<xml>`>`<xml>`>`<xml>`>`<xml>`>`<xml>`>`<xml>`>`<xml>`>`<xml>`>`<xml〉`>`<xml>`>`<xml>`>`<xml>`>`<xml>`>`<xml`>`<xml>`>`<xml>`>`<xml>`>`<xml>`>`<xml>`>`<xml>`>`<xml>`>`<xml>`>`<xml`>`<xml>`>`<xml>`>`<xml>`>`<xml>`>`<xml>`>`<xml>`>`<xml`>`<xml>`>`<xml>`>`<xml>`>`<xml>`>`<xml>`>`<xml>`>`<xml>`>`<xml>`>`<xml>`>`<xml>`>`<xml>`>`<xml>`>`<xml>`>`<xml>`>`<xml>`>`<xml>`>`<xml>`>`<xml>`>`<xml`>`<xml>`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<#`>`<xml`>`<xml>`>`<xml`>`<xml>`>`<xml`>`<xml>`>`<xml`>`<xml>`>`<xml`>`<xml>`>`<xml`>`<xml>`>`<xml`>`<xml>`>`<xml`>`<xml>`>`<xml`>`<xml>`>`<xml`>`<xml=`>`<xml`>`<xml>`>`<xml$uproc>`>`<xml`>`<xml>`>`<xml`>`<xml=`>`<xml>#`>`<xml>`>`<xml`>`<xml>`>`<xml`>`<xml>`>`<xmlE2`>`<xml>`>`<xml`>`<xml>`>`<xml`>`<xml>`>`<xml`>`<xml>`>`<xml`>`<xml>`>`<xml`>`<xml>`>`<xml`>`<xml>`>`<xml`>`<xml>`>`<xml`>`<xml>`>`<xml`>`<xml=`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml`>`<xml'"))`)`>`<xml`>`<xml>`>`<xml`>`<xml=`>`<xml`>`<xml=`>`<xml`>`<xml=`>`<xml`>`<xml=`>`<xml`>`<xml=`>`<xml`>`<xml=`>`<xml`>`<xml=`>`<xml`>`<xml=`>`<xml`>`<xml=`>`<xml`>`<xml=`>`<xml`>`<xml=`>`<xml`>`<xml=`>`<xml`>`<xml=`>`<xml`>`<xml=`>`<xml`>`<xml=`>`<xml`>`<xml=`>`<xml`>`<xml=`>`<xml`>`<xml=`>`@M**ns`>`<xml`>`<xml=`>`<xml`>`<xml=`>`<xml`>`<xml=`>`<xml`>`<xml=`>`<xml`>`<xml=`>`<xml`>`<xml=`>`<xml`>`<xml=`>`<xml`>`<xml=`>`<xml`>`<xml=`>`<xml`>`<xml=`>`<xml`>`<xml=`>`<xml`>`<xml=`>`<xml`>`<xml=`>`<xml`>`<xml=`>`<xml`>`<xml=`>`<xml`>`<xml=`>`<xml`>`<xml=`>`<xml`>`<xml=`>`<xml`>`<xml=`>`<xml$`>`<xml`>`<xml=`>`#%<xml>`>`<xml`>`<xml=`>`<xml`>`<xml=`>`<xml`>`<xml=`>`<xml`>`<xml=`>`<xml`>`<xml=`>`<xml`>`<xml=`>`<xml`>`<xml=`>`<xml`>`<xml=`>`<xml`>`<xml=`>`<xml`>`<xml=`>`<xml`>`<xml=`>`<xml`>`<xml=`>`<xml`>`<xml=`>`<xml`>`<xml=`>`<xml`>`<xml=`>`<xml`>`<xml=`>`<xml`>`<xml=`>`<xml`>`<xml=`>`<xml`>`<xml=`>`<xml`>`<xml=`>`<xml`>`<xml=`>`<xml`>`<xml=`>`<xml`>`<xml=`>`<xml`>`<xml=`>`<xml`>`<xml=`>`<xml`>`<xml=`>`<xml`>`<xml=`>`<xml`>`<xml=`>`<xml`>`<xml=`>`<xml`>`<xml=`>`<xml`>`<xml=`>`<xml`>`<xml=`>`<xml`>`<xml=`>`<xml`>`<xml=`>`<xml`>`<xml=`>`<xml`=`K'($"`)`>`<xml`>`<xml=`>`@Ml*A`>`<xml=`>`<xml`>`<xml=uproc)k`>`<xml`>`<xml=`>`<xml`>`<xml=`>`<xml`>`<xml=`>`<xml`>`<xml=`>`<xml`>`<xml=`>`<xml`>`<xml=`>`<xml`>`<xml=`>`<xml`>`<xml=`>`<xml`>`<xml=`)`>`<xml`>`<xml=`>`@M`>`<xml`>`<xml=`>`@M`>`<xml`>`<xml=`>`<xml`>`<xml=`>`<xml$`>`<xml`>`<xml=`>`<xml`>`<xml=`>`<xml`>`<xml=`>`<xml`>`<xml=`>`<xml`>`<xml=`>`<xml`>`<xml=`>`<xml`>`<xml=`>`<xml`>`<xml=`>`<xml`>`<xml=`>`<xml`>`<xml=`)`>`<xml`>`<xml=`>`<xml`>`<xml=`>`<xml`>`<xml=`>`<xml`>`<xml=`>`<xml`>`<xml=`>`<xml`>`<xml=`)`> - Cuplikan Gratis dan Subtitle Bahasa Indonesia srt.
Unduh Subtitle MDBK-084
English Subtitles
中文字幕
日本語字幕
Subtitle Indonesia
Deutsche Untertitel
Sous-titres Français
Tentang Video Ini
Aktris: Miyu Kanade かなで自由, Kanna Misaki 美咲かんな, Touka Rinne 凛音とうか, Shiori Kuraki 倉木しおり
Studio Produksi: Media Station
Direktur: Kuwatti
Tanggal Rilis: 14 Feb, 2020
Durasi: 157 minit
Harga Subtitle: $211.95 $1.35 per menit
Waktu Pesanan Kustom: 5 - 9 hari
Jenis Film: Disensor
Negara Film: Jepang
Bahasa Video: B. Jepang
Format Subtitle: File .srt / .ssa
Ukuran File Subtitle: <157 KB (~10990 baris yang diterjemahkan)
Nama File Subtitle: 61mdbk00084.srt
Translation: Terjemahan Manusia (bukan A.I.)
Total Aktris: 4 orang
Resolusi Video dan Ukuran File: 320x240, 480x360, 852x480 (SD), 1280x720 (HD), 1920x1080 (HD)
Lokasi Syuting: Di Rumah / Di Bilk
Jenis Rilis: Penampilan Biasa
Pemeran: Grup (4 Aktris)
Kode Video:
Pemilik Hak Cipta: © 2020 DMM
Resolusi Video dan Ukuran File
1080p (HD)7,093 MB
720p (HD)4,724 MB
576p3,551 MB
432p2,372 MB
288p1,218 MB
144p479 MB