We will use multiplication rule of probability as we have to means probability of both 7 and 5 happening together.
According to the multiplication rule of probability the chances of some one else having same pattern as Matthew Hardmam,
We will substract one from the total population as we do not have to count Matthew Hardman in the population,
we have frequency of 5= 1/200 minus Matthew Hardman in the population= 1/199
Frequency of 7= 1/6 minus Matthew Hardman from population= 1/5
By multiplication rule of probability chances of some one else having same pattern as Matthew Hardman=
1/199x1/5
= 1/995
The allele frequencies for three STR loci are shown in the table below. Using these frequencies,...
What is the probability that someone else at random would have the same pattern of THO15 & 7, TPOX 8 & 9, and CSF1PO 11 & 12? TH01 ТРОХ CSF1PO 5: 1/200 8: 1/2 9: 1/8 9: 1/40 10: 1/5 6: 1/4 7: 1/6 11: 1/3 10: 1/18 11: 1/5 12: 1/3 12: 1/20 13: 1/10 8: 1/7 9: 1/6 9.3: 1/3 10: 1/100 14: 1/50 1/43,200 1/600 1/1800 1/4800 1/21,600
A sample of individuals from a given population are collected to estimate the allele frequencies for the population at large. Data on 5 STR loci are provided: Individual CSF1PO D3S1358 D5S818 D7S820 D8S1179 1 5,6 3,3 10,15 16,19 3,5 2 10,10 6,7 12,12 14,14 7,7 3 7,8 3,4 12,14 19,20 3,5 4 7,7 5,5 11,12 14,17 4,5 5 5,5 4,4 10,11 15,16 4,4 6 11,13 3,8 13,14 17,17 4,4 7 12,13 7,8 14,14 18,19 6,9 8 13,13 5,5 10,14 19,20...
Here is an example using 3 CODIS STR results. DNA evidence was
found at a crime scene. Due to the poor quality of the DNA sample,
only 3 of the 13 CODIS STRs could be determined. The table below
lists the analytical results for the three STRs in the second and
third columns (Allele A and Allele B).
Here is an example using 3 CODIS STR results. DNA evidence was found at a crime scene. Due to the poor quality...
For the four evolutionary processes below, indicate: how they affect allele and genotype frequencies within a population, whether or not these effects are random, and how they affect differentiation between populations. Number your answers as indicated in the table below to indicate which part of this question you are answering: Process Within-population allele & genotype frequencies Random?Y/N Genetic differences between populations #1 #9 Natural Selection Genetic Drift Mutation #6 #10 . #11 Migration between populations #4 #12
QUESTION 10 What will be the output of following code snippet? char *str; str = "%s"; printf(str, "S"); A. S B. Garbage Value C. Compile-time Error D. Run-time Error 4 points QUESTION 11 What will be the output of the following statements assuming that the array begins at the memory address location 7002 and size of an integer is 4 bytes? int a[3][4] = { 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12 }; printf("%d,...
For the four evolutionary processes below, indicate: how they affect allele and genotype frequencies within a population, whether or not these effects are random, and how they affect differentiation between populations. Number your answers as indicated in the table below to indicate which part of this question you are answering: Process Within-population allele & genotype frequencies Random? Y/N Genetic differences between populations #1 Natural Selection Genetic Drift Mutation #2 #5 #6 #7 #9 #10 #11 #3 Migration between populations #4...
1. Create the following patterns in the terminal using nested for loops (each pattern is 9 x 9 fields) Your Code should have a main function which asks the user to select which pattern to print (A, B, C, or D) The rest of the code should be in one function called printPattern, which does not return anything (is void ), but takes one letter as parameter (from the user selection). This letter determines which pattern the function prints to...
Construct one table that includes relative frequencies based on the frequency distributions shown below, then compare the amounts of tar in nonfiltered and filtered cigarettes. Do the cigarette filters appear to be effective? (Hint: The filters reduce the amount of tar ingested by the smoker.) Click the icon to view the frequency distributions. Complete the relative frequency table below. Tar (mg) Relative Frequency (Nonfiltered) Relative Frequency (Filtered) 4−7 8-11 12-15 16-19 20-23 24-27 28-31 Tar (mg) in Nonfiltered Cigarettes Frequency...
7. Construct one table that includes relative frequencies based on the frequency distributions shown below, then compare the amounts of tar in nonfiltered and filtered cigarettes. Do the cigarette filters appear to be effective? (Hint: The filters reduce the amount of tar ingested by the smoker.) Complete the relative frequency table below. Tar (mg) Relative Frequency (Nonfiltered) Relative Frequency (Filtered) 2- 6 % % 7-11 % % 12- 16 % % 17- 21 % % 22- 26 % % 27-...
Query1: Add a Staff table to the database with the following columns: staff_id, staff_first, staff_last, staff_phone, staff_position, hotel_id. hotel_id should be designated as a foreign key referencing the hotel table. Hint: use integer as the data type for hotelno. Make sure to designate the primary key. Query 2: Add a column to the appropriate table to record the state the hotel is in. Query 3: change the name of the Holiday Inn in Tulsa to Holiday Inn Supreme query 4:...