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In Jan 2022 an environmental factor that may to trigger MS was identified as exposure to pesticides the diversity of the microbiome infection by Covid -19 all of these answers infection by the Epstein Barr virus For an action potential (AP) train, the frequency and duration of the AP train depend primarily on all of these answers the length of the axon and whether it's in the CNS or PNS the magnitude and duration of summed graded potentials at the initial segment the activation of voltage gated Na + and K + channels in the dendrites, cell body and axon the diameter of the axon and whether it is myelinated The frequency and duration of the APs in an AP train are affected by the number and duration of excitatory and inhibitory synaptic inputs (summed synaptic potentials) all of these answers the resting membrane potential and how excitable the neuron is the branching of dendrites and their distance from the cell soma the density and characteristics of the voltage gated Na + and K + channels at the initial segment Single action potentials are limited because they all of these answers propagate along the axon in only one direction often decay along the axon before reaching the presynaptic terminus are often too rapid/transient to initiate synaptic transmission in the presynaptic terminus can't provide information pout exactly how much activity occurred in the neuron that produced them.
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MS can eventually lead to axon degeneration because oligodendrocytes p (1).pdf
MS can eventually lead to axon degeneration because oligodendrocytes provide axons. all of
these answers trophic factors and nutrients to components of membranes for regeneration
potential for immune support for In Jan 2022 an environmental factor that may to trigger MS was
identified as exposure to pesticides the diversity of the microbiome infection by Covid -19 all of
these answers infection by the Epstein Barr virus For an action potential (AP) train, the
frequency and duration of the AP train depend primarily on all of these answers the length of the
axon and whether it's in the CNS or PNS the magnitude and duration of summed graded
potentials at the initial segment the activation of voltage gated Na + and K + channels in the
dendrites, cell body and axon the diameter of the axon and whether it is myelinated The
frequency and duration of the APs in an AP train are affected by. the number and duration of
excitatory and inhibitory synaptic inputs (summed synaptic potentials) all of these answers the
resting membrane potential and how excitable the neuron is the branching of dendrites and their
distance from the cell soma the density and characteristics of the voltage gated Na + and K +
channels at the initial segment Single action potentials are limited because they all of these
answers propagate along the axon in only one direction often decay along the axon before
reaching the presynaptic terminus are often too rapid/transient to initiate synaptic transmission in
the presynaptic terminus can't provide information about exactly how much activity occurred in
the neuron that produced them.
Resting membrane potential
The document discusses resting membrane potential in neurons. It defines resting membrane potential as the difference in charge between the inside and outside of a neuron membrane when the neuron is not conducting an action potential. The inside of the membrane is negatively charged at -70mV due to differences in sodium, potassium, calcium, and protein ion concentrations across the membrane and the selective permeability of the membrane to different ions. Ion channels and the sodium-potassium ATPase pump help maintain the ion gradients and resting membrane potential. Factors like axon diameter and myelination affect how quickly impulses propagate along neurons.
Generation and conduction of action potentials
This document provides an overview of action potentials and nerve conduction. It discusses synaptic transmission through both electrical and chemical synapses. It then covers the major classes of neurotransmitters and neurotransmitter receptors. The document reviews graded potentials, spatial and temporal summation, and electrotonic conduction. It describes the ionic basis and phases of the action potential as well as how action potentials propagate along axons. Finally, it discusses nerve conduction disorders like demyelination and multiple sclerosis.
Somato dendritic processing
This document discusses the propagation of postsynaptic potentials through dendrites. It begins by explaining that excitatory and inhibitory postsynaptic potentials are generated at synapses located at different distances from the soma. These potentials then propagate along the dendrites towards the soma. There are two main types of propagation: passive decremental propagation, where the potentials attenuate as they travel, and passive slightly decremental propagation, where attenuation is weak or nonexistent depending on the dendrite's cable properties. The chapter focuses on passive decremental propagation, explaining that potentials decrease in amplitude and increase in rise time as they conduct through dendrites.
Nerve Conduction and Synapse
1. Neurons communicate via graded potentials over short distances and action potentials over long distances. Action potentials are generated when voltage-gated sodium channels open, causing rapid depolarization, followed by voltage-gated potassium channels opening to cause repolarization.
2. At chemical synapses, neurotransmitters are released from presynaptic terminals and bind to receptors on the postsynaptic cell, eliciting an excitatory or inhibitory response.
3. Faster conducting myelinated fibers like A fibers transmit touch and position sense while smaller unmyelinated C fibers transmit pain and temperature sensations. Fiber diameter, myelination and temperature influence conduction velocity.
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In December- the first five transactions of Anders' Maid Service Compa.pdf
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In class- we discussed microcredit- Do some research online and briefl.pdf
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MS can eventually lead to axon degeneration because oligodendrocytes p (1).pdf
MS can eventually lead to axon degeneration because oligodendrocytes provide axons. all of
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potential for immune support for In Jan 2022 an environmental factor that may to trigger MS was
identified as exposure to pesticides the diversity of the microbiome infection by Covid -19 all of
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axon and whether it's in the CNS or PNS the magnitude and duration of summed graded
potentials at the initial segment the activation of voltage gated Na + and K + channels in the
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frequency and duration of the APs in an AP train are affected by. the number and duration of
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resting membrane potential and how excitable the neuron is the branching of dendrites and their
distance from the cell soma the density and characteristics of the voltage gated Na + and K +
channels at the initial segment Single action potentials are limited because they all of these
answers propagate along the axon in only one direction often decay along the axon before
reaching the presynaptic terminus are often too rapid/transient to initiate synaptic transmission in
the presynaptic terminus can't provide information about exactly how much activity occurred in
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This document provides an overview of action potentials and nerve conduction. It discusses synaptic transmission through both electrical and chemical synapses. It then covers the major classes of neurotransmitters and neurotransmitter receptors. The document reviews graded potentials, spatial and temporal summation, and electrotonic conduction. It describes the ionic basis and phases of the action potential as well as how action potentials propagate along axons. Finally, it discusses nerve conduction disorders like demyelination and multiple sclerosis.
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Nerve Conduction and Synapse
1. Neurons communicate via graded potentials over short distances and action potentials over long distances. Action potentials are generated when voltage-gated sodium channels open, causing rapid depolarization, followed by voltage-gated potassium channels opening to cause repolarization.
2. At chemical synapses, neurotransmitters are released from presynaptic terminals and bind to receptors on the postsynaptic cell, eliciting an excitatory or inhibitory response.
3. Faster conducting myelinated fibers like A fibers transmit touch and position sense while smaller unmyelinated C fibers transmit pain and temperature sensations. Fiber diameter, myelination and temperature influence conduction velocity.
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IN C++ PLEASE
Topics
Loops
While statement
Description
Write a program that will compute the sum of one or more data values entered by the user. First,
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to enter a data value. It will then display the sum of data values entered by the user. See the Test
section below for test data.
Requirements
Do this assignment using a While statement.
Test
For turning in the assignment, perform the following test run using the input shown.
(The user input is shown in bold)
Test Run
Enter data count
5
Enter a data value:
10
Enter a data value
50
Enter a data value
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Enter a data value
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Enter a data value
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Sum: 150
(Above, user input is shown in bold)
Submit
Copy the following in a file and submit the file:
Output of the test run
C/C++ Source code
Sample Code
//variable declarations
//The variable below contains the running sum.
//It contains the sum of all the values entered by the user so far.
double sum;
//The variable below contains user input.
//It contains the most recent value entered by the user
double num;
//The variable below contains the data count.
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//It contains the number of times the While loop should loop (go around).
int dataCount;
//The variable below contains the loop count.
//It contains the number of times the While loop have looped (gone around) so far.
int count;
//input data count
cout << "Enter data count" << endl;
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//initialize sum
sum = 0;
//Initial Setup
count = 0;
//Test
while (count < dataCount)
{
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cin >> num;
//add num to sum (add a code line below)
//Update Setup
count = count + 1;
}
//display sum (add a code line below)
.
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message) - convert the message to upper case letters, then loop through the message string one
character at a time. Build the decryption string using the decrypted letters in a manner similar to
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where the encrypted message is found by looking up each letter and finding the corresponding
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in python in python Secret Decoder Ring Write a program that allows.pdf
in python
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different types of encryption methods. Encrypted messages will read from the console and then
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file then displayed to the console. Implement the following class structure using Inheritance:
Cipher (cipher.py) - Implements the Atbash Cipher - is a substitution cipher where the encrypted
message is obtained by looking up each letter and finding the corresponding letter in a reversed
alphabet. The encoded letter can be found in one of two ways, either a parallel list look up (ex.
letter to encode = B ', location = 1 , encoded letter location = 1 , which is a a Y ), or a calculated
position in the list (ex. letter to encode = B ', location = 1 , 25 - location = 24 , encoded letter
location = 24 , which is a ' Y '). 1. _init_(self) - initializes the alphabet attribute - make a list with
the letters A- Z in it (alternatively, this could just be one big string with the letters A Z in it, since
a string is effectively a list). 2. encrypt_message(self, message) - convert the message to upper
case letters, then loop through the message string one character at a time, if it is a letter A-Z, then
call the encrypt_letter method, otherwise ignore the character. Build the encryption string using
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and numbers the same, only letters in the string will be encrypted). 3. decrypt_message(self,
message) - convert the message to upper case letters, then loop through the message string one
character at a time. Build the decryption string using the decrypted letters in a manner similar to
the encrypt_message method above. 4. _encrypt_letter(self, letter) - look up the letter in the
alphabet to find its location. Use that location to calculate the position of the encrypted letter in
the manner described above, then retum the encrypted letter. 5. _decrypt_letter(self, letter)-look
up the letter in the alphabet to find its location. Use that location to calculate the position of the
decrypted letter in the manner described above, then return the decrypted letter. CasesarCipher
(caesar_cipher.py) - Implements a Caesar Cipher - is another substitution cipher where the
encrypted message is found by looking up each letter and finding the corresponding letter in a
shifted alphabet (ex. letter to encode = ' B ", location = 1 , shift value = 3 , location + shift value
= 1 + 3 = 4 , encoded letter location = 4 , which is an + E ). . If the shift value causes the encoded
letter to be past the end of the alphabet, then it should wrap around to the beginning (ex. letter to
encode = ' X ', location = 23 , shift value = 3 , location + shift value = 23 + 3 = 26 , encoded
letter location = 26 , which is larger than 25 , subtract the total number of letters in the alphabet
to ge.
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In order to see the contents of a given variable- mydata the following.pdf
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In one species of the plant coding for color, shape and amount of water in the fruit are on the
same chromosome. The gene responsible for the color of the fruit has two alleles (R = red,
r=green), the gene responsible for the shape of the fruit also has two alleles (L =long, l=round),
and the gene responsible for the amount of water in the fruit also has two alleles (S dry, s=juicy).
The alleles represented by capital letters are dominant over the alleles represented by small
letters.
Crossing a pure line plant with red, long, dry flowers with a pure line plant with green, round,
juicy fruits results in an F1 plant with rough, long, dry fruits. The F1 individuals are crossed with
a pure line plant having green, round and juicy fruits and an F2 is obtained composed of:
22 green, long, juicy fruits
22 red, round, dry fruits
181 red, long, dry fruits
2 green, round, dry fruits
50 green, long, dry fruits
175 green, round, juicy fruits
44 red, round, juicy fruits
4 red, long, juicy fruits
i) Write the genotypes of the parents that were used to produce the F1 heterozygote. Explain,
Show all calculations (4 points)
a) LRS/LRS and lrs/lrs
b) LRS/lrs and LRS/lrs
c) L/L, R/R, s/s and l/l, r/r, S/S
d) L/L, R/R, s/s and l/l, r/r, s/s
e) Lrs/Lrs and lRS/lRS
ii) Which of these three genes (L, R, or S) is in the medium? Explain (2 points)
a) L is in the middle
b) R is in the middle
c) S is in the middle
d) none of the above
e) the answers a, b, and c are possible
iii) What is the distance between the genes R and L? Show all calculations. (2 points)
a) 8.8 cM
b) 10 cM
c) 20 cM
d) 30 cM
e) 35 cM
iv) What is the distance between the R and S genes? Show all calculations. (2 points)
a) 10 cM
b) 14 cM
c) 20 cM
d) 30 cM
e) 35 cM
iv) What is the distance between the L and S genes? Show all calculations. (2 points)
a) 5 cM
b) 10 cM
c) 15 cM
d) 20 cM
e) 30 cM
v) What is the coincidence coefficient? Show all calculations (2 points)
a) 0
b) 0.2
c) 0.4
d) 0.6
e) 0.8.
The History of Stoke Newington Street Names
Presented at the Stoke Newington Literary Festival on 9th June 2024
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over Cuba before reaching the Gulf of Mexico. Hurricanes that reach the Gulf of Mexico have a
.08 probability of having passed over Cuba. Tropical storms that reach the Gulf of Mexico have a
.20 probability of having passed over Cuba.
How did passing over Cuba alter the probability that Isaac would become a hurricane by the time
it reached the Gulf of Mexico? Use the above probabilities to answer this question.
c. What happens to the probability of becoming a hurricane when a tropical storm passes over a
landmass such as Cuba?
SelectIncreased toDropped fromItem 5 (to 2 decimals) to (to 4 decimals).
P (C|H) (to 2 decimals)
P (C|T) (to 2 decimals)
P (H|C) (to 4 decimals).
In Aplysia- (short-term) sensitization involves activation of- PKA and.pdf
In Aplysia, (short-term) sensitization involves activation of: PKA and PKC PKA and MAPK
PKC and MAPK Question 7 In Aplysia long-term facilitation (long-term memory), inhibiting the
activity of BDNF (brain derived neurotrophic factor) would: prevent activation of protein kinase
C decrease the production of MAP kinase decrease CREB2 activity.
In Birmingham- Richard Smith lives with his wife- Catherine Frossard-.pdf
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catheter had clogged and Richard did not change her bandages for a long time. Their children
claim that their father did not allow them to visit their mother. Therefore, they were not aware of
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IN C++ PLEASE Topics Loops While statement Description Write.pdf
IN C++ PLEASE
Topics
Loops
While statement
Description
Write a program that will compute the sum of one or more data values entered by the user. First,
the program will ask the user to provide the data count. Then it will ask the user data count times
to enter a data value. It will then display the sum of data values entered by the user. See the Test
section below for test data.
Requirements
Do this assignment using a While statement.
Test
For turning in the assignment, perform the following test run using the input shown.
(The user input is shown in bold)
Test Run
Enter data count
5
Enter a data value:
10
Enter a data value
50
Enter a data value
40
Enter a data value
20
Enter a data value
30
Sum: 150
(Above, user input is shown in bold)
Submit
Copy the following in a file and submit the file:
Output of the test run
C/C++ Source code
Sample Code
//variable declarations
//The variable below contains the running sum.
//It contains the sum of all the values entered by the user so far.
double sum;
//The variable below contains user input.
//It contains the most recent value entered by the user
double num;
//The variable below contains the data count.
//It contains the number of values the user is going to enter.
//It contains the number of times the While loop should loop (go around).
int dataCount;
//The variable below contains the loop count.
//It contains the number of times the While loop have looped (gone around) so far.
int count;
//input data count
cout << "Enter data count" << endl;
cin >> dataCount;
//initialize sum
sum = 0;
//Initial Setup
count = 0;
//Test
while (count < dataCount)
{
//input a number
cout << "Enter a data value" << endl;
cin >> num;
//add num to sum (add a code line below)
//Update Setup
count = count + 1;
}
//display sum (add a code line below)
.
In C code- Write a program with 2 children process- where one child is.pdf
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command that tells you the date and time inUnix.
Use execl(...).
Note, you need to specify the full path of the file name that gives you date and time information.
Announce the successful forking of child process by displaying its PID.
And another child is created to execute a command that shows all files (including hid-den files)
in a directory with information such as permissions, owner, size, and when last modified. Use
execvp(...).
For the command to list directory contents with various options, refer the handout on Unix
filesystem sent to you in the first class.
Announce the successful forking of child process by displaying its PID..
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In Aplysia long-term facilitation (sensitization): CREB 1 increases and CREB 2 decreases
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transcription Question 14 1 pts Hippocampal (early) LTP involves adding more of which
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in python please Implement and test a heapSort function that uses hea.pdf
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Implement and test a heapSort function that uses heap sort algorithm to sort a heap. You can
treat the heap as a list object but do NOT use python's built-in sorted() function to sort the heap.
thanks.
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detected, throw an Exception with a message that describes the error. (You don't have to handle
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errors..
in python Utilize the functions of the graphics-py module ( https---yo.pdf
in python
Utilize the functions of the graphics.py module ( https://youtu.be/WLZNED8gi1c )
A function to draw each unique item of the house and is properly named (ie drawRoof() )
At least one function that requires parameters other than a window object
At least one function is called twice and gives two visibly different outputs
A function that included a selection statement and provide visibly different output based on
selection made
A function that requires a loop to help simplify the drawing process
DocStrings for each function
Main function that calls all supporting functions in the order than they are to appear
The graphic must display until the user interacts with the program. (enter or click to quit/close)
Bonus Points for:
Animation or movement of objects or images
Some interaction with the window through mouse click or keystroke
Drawing that goes above and beyond the required while maintaining proper coding practice.
in python Define a function named swap_values that takes four integer.pdf
in python
Define a function named swap_values that takes four integers as parameters and swaps the first
with the second, and the third with the fourth values. Then write a main program that reads four
integers from input, calls function swap_values 0 to swap the values, and prints the swapped
values on a single line separated with spaces: Ex: If the input is: 3 8 2 4 function swap_values 0
returns and the main program outputs: 8 = 3 : 4.2 The program must define and call the
following function def swap_values(user_val1, user_val2, user_vat3, user_val4).
In Python please! Secret Decoder Ring Write a program that allows the.pdf
In Python please!
Secret Decoder Ring Write a program that allows the user to encrypt or decrypt messages using
different types of encryption methods. Encrypted messages will read from the console and then
written to a file called 'message.txt', and decrypted messages will be read from the 'message.txt'
file then displayed to the console. Implement the following class structure using Inheritance:
Cipher (cipher.py) - Implements the Atbash Cipher - is a substitution cipher where the encrypted
message is obtained by looking up each letter and finding the corresponding letter in a reversed
alphabet. The encoded letter can be found in one of two ways, either a parallel list look up (ex.
letter to encode = ' B ', location = 1 , encoded letter location = 1 , which is a ' Y '), or a calculated
position in the list (ex. letter to encode = ' B ', location = 1 , 25 - location = 24 , encoded letter
location = 24 , which is a ' Y '). 1. _init_(self) - initializes the alphabet attribute - make a list with
the letters A-Z in it (alternatively, this could just be one big string with the letters A-Z in it, since
a string is effectively a list). 2. encrypt_message(self, message) - convert the message to upper
case letters, then loop through the message string one character at a time, if it is a letter A-Z, then
call the encrypt_letter method, otherwise ignore the character. Build the encryption string using
the encrypted letters and ignored characters, and then return it (ie. leave all spaces, punctuation,
and numbers the same, only letters in the string will be encrypted). 3. decrypt_message(self,
message) - convert the message to upper case letters, then loop through the message string one
character at a time. Build the decryption string using the decrypted letters in a manner similar to
the encrypt_message method above. 4._encrypt_letter(self, letter) - look up the letter in the
alphabet to find its location. Use that location to calculate the position of the encrypted letter in
the manner described above, then return the encrypted letter. 5.__decrypt_letter(self, letter) -
look up the letter in the alphabet to find its location. Use that location to calculate the position of
the decrypted letter in the manner described above, then return the decrypted letter.
CasesarCipher (caesar_cipher.py) - Implements a Caesar Cipher - is another substitution cipher
where the encrypted message is found by looking up each letter and finding the corresponding
letter in a shifted alphabet (ex. letter to encode = ' B ', location = 1 , shift value = 3 , location +
shift value = 1 + 3 = 4 , encoded letter location = 4 , which is an ' E '). If the shift value causes
the encoded letter to be past the end of the alphabet, then it should wrap around to the beginning
(ex. letter to encode = ' X ', location = 23 , shift value = 3 , location + shift value = 23 + 3 = 26 ,
encoded letter location = 26 , which is larger than 25 , subtract the total number of letters in the
alphabet to.
in python in python Secret Decoder Ring Write a program that allows.pdf
in python
in python
Secret Decoder Ring Write a program that allows the user to encrypt or decrypt messages using
different types of encryption methods. Encrypted messages will read from the console and then
written to a file called 'message.txt', and decrypted messages will be read from the 'message.txt'
file then displayed to the console. Implement the following class structure using Inheritance:
Cipher (cipher.py) - Implements the Atbash Cipher - is a substitution cipher where the encrypted
message is obtained by looking up each letter and finding the corresponding letter in a reversed
alphabet. The encoded letter can be found in one of two ways, either a parallel list look up (ex.
letter to encode = B ', location = 1 , encoded letter location = 1 , which is a a Y ), or a calculated
position in the list (ex. letter to encode = B ', location = 1 , 25 - location = 24 , encoded letter
location = 24 , which is a ' Y '). 1. _init_(self) - initializes the alphabet attribute - make a list with
the letters A- Z in it (alternatively, this could just be one big string with the letters A Z in it, since
a string is effectively a list). 2. encrypt_message(self, message) - convert the message to upper
case letters, then loop through the message string one character at a time, if it is a letter A-Z, then
call the encrypt_letter method, otherwise ignore the character. Build the encryption string using
the encrypted letters and ignored characters, and then return it (ie. leave all spaces. punctuation,
and numbers the same, only letters in the string will be encrypted). 3. decrypt_message(self,
message) - convert the message to upper case letters, then loop through the message string one
character at a time. Build the decryption string using the decrypted letters in a manner similar to
the encrypt_message method above. 4. _encrypt_letter(self, letter) - look up the letter in the
alphabet to find its location. Use that location to calculate the position of the encrypted letter in
the manner described above, then retum the encrypted letter. 5. _decrypt_letter(self, letter)-look
up the letter in the alphabet to find its location. Use that location to calculate the position of the
decrypted letter in the manner described above, then return the decrypted letter. CasesarCipher
(caesar_cipher.py) - Implements a Caesar Cipher - is another substitution cipher where the
encrypted message is found by looking up each letter and finding the corresponding letter in a
shifted alphabet (ex. letter to encode = ' B ", location = 1 , shift value = 3 , location + shift value
= 1 + 3 = 4 , encoded letter location = 4 , which is an + E ). . If the shift value causes the encoded
letter to be past the end of the alphabet, then it should wrap around to the beginning (ex. letter to
encode = ' X ', location = 23 , shift value = 3 , location + shift value = 23 + 3 = 26 , encoded
letter location = 26 , which is larger than 25 , subtract the total number of letters in the alphabet
to ge.
in presenting data that resulied from an experiment- a group of staden.pdf
The students' experiment results showed most data points forming a straight line on their graph, but two outliers far from the expected relationship. Outliers are data points that differ significantly from the majority of results in an experiment. The most reasonable way to handle outliers is to identify them but keep them in the analysis, as removing them could distort the overall results.
In order to perform a one-way ANOVA test- there are three basic assump.pdf
In order to perform a one-way ANOVA test, there are three basic assumptions to be fulfilled:
1. Each population from which a sample is taken is assumed to be normal.
2. All samples are randomly selected and independent.
3. The populations are assumed to have equal standard deviations (or variances).
How do we check these assumptions in practice?.
In order to see the contents of a given variable- mydata the following.pdf
In order to see the contents of a given variable, mydata the following should be entered on
MATL bestion 2 mydata > >how mydato load mydata save mydato.
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In addition to cost, what major qualitative factors should Zara consider for a recommended
sourcing strategy? Apply the weighted factor analysis in China, India, Portugal and Spain. Then
offer a recommendation. Assume the appropriated weights for each factor. Perform analysis on a
country level rather than an individual supplier level..
In one species of the plant coding for color- shape and amount of wate.pdf
In one species of the plant coding for color, shape and amount of water in the fruit are on the
same chromosome. The gene responsible for the color of the fruit has two alleles (R = red,
r=green), the gene responsible for the shape of the fruit also has two alleles (L =long, l=round),
and the gene responsible for the amount of water in the fruit also has two alleles (S dry, s=juicy).
The alleles represented by capital letters are dominant over the alleles represented by small
letters.
Crossing a pure line plant with red, long, dry flowers with a pure line plant with green, round,
juicy fruits results in an F1 plant with rough, long, dry fruits. The F1 individuals are crossed with
a pure line plant having green, round and juicy fruits and an F2 is obtained composed of:
22 green, long, juicy fruits
22 red, round, dry fruits
181 red, long, dry fruits
2 green, round, dry fruits
50 green, long, dry fruits
175 green, round, juicy fruits
44 red, round, juicy fruits
4 red, long, juicy fruits
i) Write the genotypes of the parents that were used to produce the F1 heterozygote. Explain,
Show all calculations (4 points)
a) LRS/LRS and lrs/lrs
b) LRS/lrs and LRS/lrs
c) L/L, R/R, s/s and l/l, r/r, S/S
d) L/L, R/R, s/s and l/l, r/r, s/s
e) Lrs/Lrs and lRS/lRS
ii) Which of these three genes (L, R, or S) is in the medium? Explain (2 points)
a) L is in the middle
b) R is in the middle
c) S is in the middle
d) none of the above
e) the answers a, b, and c are possible
iii) What is the distance between the genes R and L? Show all calculations. (2 points)
a) 8.8 cM
b) 10 cM
c) 20 cM
d) 30 cM
e) 35 cM
iv) What is the distance between the R and S genes? Show all calculations. (2 points)
a) 10 cM
b) 14 cM
c) 20 cM
d) 30 cM
e) 35 cM
iv) What is the distance between the L and S genes? Show all calculations. (2 points)
a) 5 cM
b) 10 cM
c) 15 cM
d) 20 cM
e) 30 cM
v) What is the coincidence coefficient? Show all calculations (2 points)
a) 0
b) 0.2
c) 0.4
d) 0.6
e) 0.8.
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