Locomotion is important for many Bacteria Which of the following are .pdf

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Locomotion is important for many Bacteria Which of the following are common forms of motility? Transient Gliding Swimming Random walk Lateral Bacterial cells frequently produce inclusions in the cytoplasm or periplasm. What are functions that these serve? Exporting nutrients to the environment Nutrient reserve Producing membrane bound organelles survival during desiccation or starvation signal transduction to neighboring cells Which of the following cell wall polysaccharides are sensitive to lysozyme? Teichoic acid Chitin Poptdoglycan Cellulose Pseudonmurein Solution Question 6) Gliding is the common form of the motility. This allows the bacteria to move over the solid surface.It involves ejection of polysaccharide slime from exit points at both the ends of the body. Question 7) Nutrient reserve (Inclusion bodies are the reserve material for the later use, they have glycogen which is a polymer that is carbohydrate reserve for carbohydrate and energy) Question 8) Peptidoglycan (catalyze hydrolysis of 1,4-beta-linkages between N-acetylmuramic acid and N-acetyl-D-glucosamine residues in a peptidoglycan in cell wall of the bacterial cell).

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Respond to all of the initial postings from your peers in your discussion group on different days of the week. Peer 1 Initial Post: Identify all the components of a cell. Describe the function of each of these components. All living organisms are composed of a cell which is the smallest structural unit of living matter. A cell acts as a powerhouse to sustain the functions of living organisms for them to be alive, and it is made up of different components performing different functions. The organelles that make up a cell include the nucleus, mitochondria, plasma membrane, cytoplasm, vacuoles, ribosomes, endoplasmic reticulum, Golgi apparatus, Cytoskeleton, lysosomes, and peroxisomes, each of them acting independently to sustain the cell's life. The nucleus is the main headquarter of a cell and contains most of the cell's DNA, genetic code that contains hereditary information. It's bounded in the eukaryotic cell membrane, and it controls and regulates cell growth and metabolism. Within the nucleus, a nucleolus is responsible for producing and assembling the cell's ribosomes. Ribosomes as cell components consist of RNA and associated proteins that synthesize proteins (McCance & Huether, 2018). This protein is required in many cellular functions, such as directing chemical processes. The lysosome is another cell organelle that contains digestive enzymes. These lysosomes break down worn-out parts of a cell and may destroy invading viruses and bacteria. Peroxisomes are another bag of enzymes that destroy toxic materials. Mitochondria is the cell's powerhouse located in the cell's cytoplasm, which plays an imperative role in cell respiration. It generates most of the chemical energy required to power the biochemical reactions of a cell (McCance & Huether, 2018). This chemical energy produced by the mitochondrion is stored in adenosine triphosphate (ATP). The cytoplasm is another cell organelle that holds components of a cell and protects them from damage. It also stores molecules needed for cellular processes and gives the cell shape. As another cell organelle, Cytoskeleton is responsible for maintaining the cell's shape and provides mechanical support that enhances cell division and movement. The plasma membrane, also known as the cell membrane, transports nutrients into the cell and toxic substances out of the cell. It also provides additional support to the cell. Within a cell, we also have the Golgi apparatus, also known as Golgi bodies, which process and package proteins destined to be exported from the cell and lipid molecules (Wayne, 2019). Another organelle is the smooth and rough endoplasmic reticulum responsible for producing proteins for the rest of the cell to function. The vacuole is another cell component that stores molecules, including water, food product, and enzyme. It also maintains the proper cell hydrostatic pressure as well as maintaining an acidic internal ...

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Use the following information to answer questions 1-8. -Identify whether Class level, Time Studying, Tutor, Midterm and Final Score are categorical or quantitative. Categorical Variables: Quantitative variables: -Identify and draw one chart that is appropriate to how many students used a tutor. Solution 1) categorical: Tutor ,class level quantitative:mid term score,final scor,studying time 2) john ,sophia,sarah ,andrew.

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Until now, you have had to leave your team management program running on your computer indefinitely since you did not want to lose the list of players. Finally, you are ready to add the components to your team management program that will allow you to store the player’s information on your computer’s hard drive, thus, allow you to shut down your program without losing your data. You will need to modify your program to: include a Save option in the main menu which will prompt the program to write the player’s data to a text file. modify the startup code so that the program calls a function that reads the player’s data from the text file into the list of member objects. For this project: You will submit your python code in either the original .py file, or copied into a .txt file. A screenshot of your code having been executed (run). How to Take a Screenshot Tips: Think about how you are going to write the data to the text file when you create the load function. Your write function needs to read in the data in the same pattern as the load function, otherwise the data will get jumbled. ****BELOW IS MY CURRENT WORK*** Im having issues printing the data (printmember) and saving data. Am I using .keys() wrong? using PYTHON class Team: members = {} member = \"\" phone = \"\" jersey = 0 def __init__(self, member, phone, jersey): self.member = member self.phone = phone self.jersey = jersey def setmember(self, member): self.member = member def setphone(self, phone): self.phone = phone def setjersey(self, jersey): self.jersey = jersey def getmember(self, member): return self.member def getphone(self, phone): return self.phone def getjersey(self, jersey): return self.jersey def displayData(self): print(\"Name : \", self.member) print(\"Phone Number : \", self.phone) print(\"Jersey Number : \", self.jersey) def displayMenu(): print(\"===========Main Menu===========\") print(\"1. Display Members.\") print(\"2. Add member\") print(\"3. Remove member\") print(\"4. Edit member\") print(\"5. Save data.\") print(\"6. Load data.\") print(\"7. Exit Program\") return int(input(\"Selection> \")) def printmember(members): if len(members) == 0: print(\"No current members\") else: for x in members.keys(): members[x].diaplydata() def addmember(members): newMember = input(\"Enter Members Name : \") newPhone = int(input(\"Phone Number : \")) newJersey = int(input(\"Jersey Number : \")) members[newMember] = (newMember, newPhone, newJersey) print(\"Member has been added\") return members def removemember(members): removemember = input(\"Please Enter Member to be Removed : \") if removemember in members: del members[removemember] print(\"Member removed\") else: print(\"Member not found.\") return members def editmember(members): oldmember = input(\"Enter the name of the member you want to edit: \") if oldmember in members: newmember = input(\"Enter the members new name : \") newphone = int(input(\"Please enter new phone number : \")) newjersey = input(\"Please enter new Jers.

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What are the various methods for recruiting employees? Why are some better than others? In what sense are they better? (Bateman 363) Bateman, Thomas, Scott Snell. Management: Leading & Collaborating in a Competitive World, 11th Edition. McGraw-Hill Higher Education, 2015. VitalBook file. The citation provided is a guideline. Please check each citation for accuracy before use. Solution recruitment is the process of attracting the applications to a job from all the suitable candidates. the moto of recruitment is to collect more number of related resumes to a job. there are different methods in recruitment: usually they are divided as internal sources and external sources. internal sources are: Job rotaion, promotions of the employees from one stage to another and one department to another. here the recruiter only focuses on the existing employees of the organisation. the positive thing here is, easy to recruit and the cost of recruitment also very less. and as an existing employee the HR can estimate the abilities of the employee. external sources: it is the process of attracting and selecting a person who is unrelated to the orgnaisation. there are many methods: walk ins/ drives: the suitable candidate can enters into organisation and faces the interview campus drives: organisation goes to the college campus to attract new potential students and offers them a job appointing by consultancies: consultancies are the third party recruiters. they recurit employees (off roles) by guidelines and requirements followed by an organisation third party services: like government employment agencies employee referrels: an existing employee can reffer a potential person for a position. if he selects in the organisation, he is going to be provide some benefit by the organisation. here every method has its own merrits and weakness. we can not say the one is superior is than other and good or bad. based on the time availability and requirements of the organisation, they can follow any of the above strategy..

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Ganges River question The Ganges River, shown in Figure 4.57, has an.pdf

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List the three subpathways of cellular respiration and the results of each. Solution The 3 subpathways of cellular respiration are as follows: 1. Glycolysis followed by link reaction: Take place in the cytoplasm and results in one glucose molecule being converted into two pyruvate molecules with a net yield of 2 ATP molecules. Two NAD+ which act as hydrogen carriers are converted into NADH + H+ The link Reaction: Pyruvate from glycolysis is absorbed by the mitochondion. Pyruvate undergoes oxidative decarboxylation, whereby hydrogen is removed to form NADH + H+, and carbon dioxide is removed. The end result is an acetyl group, which is accepted by coenzyme A to form Acetyl CoA. 2. Krebs cycle: Acetyl group is transferred from Acetyl CoA to oxaloacetate at the beginning of the cycle to form a 6-carbon compound. The compound undergoes oxidative decarboxylation, which is distributed through 6 reactions : 2 reactions result in CO2 and the remaining four result in H+. Of the H+ produced, that from three of the four reactions goes to form NADH + H+ and the remaining forms FADH2. ATP is also produced in one of these reactions and is termed a substrate-level phosphorylation. 3. ETC (Electron Transport chain): is a series of electron carriers located in the membrane of the mitochondia. NADH + H+ and FADH2 give their electrons to these carriers in the membrane, which then \"carry\" the electron from one carrier to another. The elctron is losing enery as it is passed from one carrier to another. While this is taking place, the concentration of H+ outside the mitochondia is growing larger and larger and so must be fixed. The energy released as electron pass along the transport chain is used to pump H+ accross the membrane of the mitochondia. The flow of the H+ ions through an enzyme known as ATP synthase drives the enzyme to produce ATP. At the end of ETC, the electrons are given to oxygen, which also accepts excress hydrogens, to form water..

List the three subpathways of cellular respiration and the results o.pdf

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