This is a tracing problem. Given that the following functions are defined below and lines 2 and 3 are run in the Command Window, fill in the blanks on each line with the value of the variable indicated in the comments. Note: Indicate vectors of characters by placing single quotes around them. Indicate vectors of logicals by placing brackets around zeros and ones for true and false respectively. Indicate vectors of numbers by placing brackets around the numbers in the vector. 1     %Command Window Scope2     a = ‘AbCdEf-02′;    %The last two characters in this vector are zero and one3     c = gamma(a)    % The value stored in c after this line has run is 4     function c = gamma(a)5         a    % The value stored in a after this line has run is 6         a = delta(a)     % The value stored in a after this line has run is 7         b = strfind(a,’-‘)    % The value stored in b after this line has run is 8         c = zeta(a(b+1:end))    % The value stored in c after this line has run is 9         d = a(1:b-1)    % The value stored in d after this line has run is 10       d() = ‘hit’    % The value stored in d after this line has run is 11       d(2:2:end) = 12       c =    % The value stored in c after this line has run is 13    end14    function b = delta(b)15        b    % The value stored in b after this line has run is 16        c = (b==’A’) | (b==’C’) | (b==’E’)    % The value stored in c after this line has run is 17        b(c) = b(c)+32    % The value stored in b after this line has run is 18    end19    function c = zeta(b)20        b    % The value stored in b after this line has run is 21        c = double(b(1))    % The value stored in c after this line has run is 22        c = c + str2num(b(2))    % The value stored in c after this line has run is 23    end

In the diagram of the process of DNA replication, the black boxes labeled D and E are . The strand labeled B is the .  

Which of the following cell types is likely to demonstrate the lowest level of telomerase activity?  

Homologous chromosomes have

The following pedigree is tracking dominantly inherited (autosomal) disease in the family. Affected individuals are indicated by a dark square or circle. What is the genotype of individual II-2? What is the likelihood that the offspring of IV-3 and IV-4 will inherit the trait?  

Marfan syndrome in humans is caused by an abnormality of the connective tissue protein called fibrillin. Patients are usually very tall and thin with long spindly fingers and abnormal curvature of the spine. Marfan syndrome is also associated with ocular problems, and defects of the heart, nervous, and respiratory systems. Which of the following would you conclude about Marfan syndrome from the provided information?

A man has extra digits (six fingers on each hand and six toes on each foot). His wife and their daughter have a normal number of digits. Having extra digits is an autosomal dominant trait. The couple’s second child has extra digits. What is the probability that their next (third) child will have extra digits?

A man who carries a disease-causing allele of an X-linked gene will pass it on to _____.

Cell undergoing meiosis has 8 chromosomes in Metaphase I of Meiosis I. In Anaphase I of Meiosis I one pair of homologous chromosomes fails to separate. What will be the number of chromosomes in daughter cells in the end of meiosis?

In cats, black fur color is caused by an X-linked allele; the other allele at this locus causes orange color. The heterozygote is tortoiseshell (cat with both orange and black patches). What kinds of offspring would you expect from the cross of a black female and an orange male?