During her grandfather’s funeral, Emily noticed six individuals walking solemnly beside the casket, gently lifting and carrying it from the church to the hearse, and later to the gravesite. She asked her mother what their role was in the ceremony. What is the correct term for these individuals?

A capacitor has a capacitance of 80.0 μF. If you want to store 155 J of electric potential energy in this capacitor, what potential difference (units: V) do you need to apply to the plates? NOTE: Use correct rounding and significant figures in the answer Enter numerical answer in proper standard notation, not scientific notation Do not enter units with the answer

Two electrons a fixed distance apart, exert an electric force of 1.00 × 10-25 N on each other. What is the distance (units: cm) between these two point charges? NOTE: Use correct rounding and significant figures in the answer Enter numerical answer in proper standard notation, not scientific notation Do not enter units with the answer  

A capacitor has a capacitance of 70.0 μF. If you want to store 205 J of electric potential energy in this capacitor, what potential difference (units: V) do you need to apply to the plates? NOTE: Use correct rounding and significant figures in the answer Enter numerical answer in proper standard notation, not scientific notation Do not enter units with the answer

Two electrons a fixed distance apart, exert an electric force of 2.50 × 10-25 N on each other. What is the distance (units: cm) between these two point charges? NOTE: Use correct rounding and significant figures in the answer Enter numerical answer in proper standard notation, not scientific notation Do not enter units with the answer

A capacitor has a capacitance of 45.0 μF. If you want to store 175 J of electric potential energy in this capacitor, what potential difference (units: V) do you need to apply to the plates? NOTE: Use correct rounding and significant figures in the answer Enter numerical answer in proper standard notation, not scientific notation Do not enter units with the answer

Function Name: putItTogetherInput:    (double) A 1×16 vector of numbersOutput:    (double) A 1×4 vector that is constructed from the input vector according to the instructions belowDescription: Write a function called puItTogether that divides the input vector into four 1×4 vectors. Your function then constructs the output vector in the following way.. The first value in the output vector should be the maximum value in the first fourth. The second value of the output vector should be the average of the values in the second fourth rounded to two decimal places. The third value of the output vector should be the second value of the third fourth when it is sorted in descending order. The fourth value in the output vector should be the number of values in the last fourth that are greater than 8. Return the output vector Examples: >> vec = ;>> a = putItTogether(vec)a = 1×4 4.0000 6.5000 11.0000 4.0000>> vec = >> a = putItTogether(vec)a = 1×4 14 9 11 2>> vec = >> a = putItTogether(vec)a = 1×4 13 10 15 1

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?