According to the cladogram, what derived trait is shared by primates .pdf

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According to the cladogram, what derived trait is shared by primates and rodents/rabbits? What is the correct term for the area labeled with a circle? What does it represent? What is the correct term for the earliest branch pictured in the cladogram (the one with the shark)? What does it represent? Solution PART1)According to the cladogram,hair trait is shared by primates and rodden rabbis......... PART2)IT represents they are reptiles.... PART3)IT represents it is the oldest organism...........

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DEFINE: maternal determinant (3-4 sentences). Solution Maternal determinants are some types of molecules which are maternally supplied to the oocyte, the cell which produce fully grown organism, and the molecules regulate various processes by which the fate and developmental pattern of the oocyte is decided. Maternal transcription factors, Maternal signaling molecules, Maternal signaling pathway regulators are types of the biomolecules known as maternal determinants. Mitochondria, Nucleolus, and some Ribosomes also have maternal origin. VegT ( mRNA), Vg1 (mRNA), p53 (Protein), CREB (Protein), FGF2 (mRNA), Ectodermin (Protein), fatvg (mRNA) are some important maternal determinants..

DEFINE maternal determinant (3-4 sentences).SolutionMaternal .pdf

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Consider a partial function.For every unmapped element in its doma.pdf

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Compare and Contrast hollow core fibers for high power delivery and negative curvature hollow core fibers. Essay answers are limited to about 1000 words (3800 characters maximum, including double spaces). Compare and Contrast hollow core fibers for high power delivery and negative curvature hollow core fibers. Essay answers are limited to about 1000 words (3800 characters maximum, including double spaces). Solution NC-HCF:-NEGATIVE curvature hollow core optical fiber (NC-HCF) is a novel hollow core optical fiber (HCF) which has emerged over the last few years. NC-HCF is characterized by the inverted curvature of its core wall, and usually exhibits multiple spectral transmission bands of low attenuation. The simple structure of the fiber cladding allows flexible tailoring of NC-HCFs design and dimension for specific wavelengths and applications. Since their first appearance NC- HCFs have been applied in high power/ultrafast laser delivery and several other applications. This paper comprises eight sections:It consists of a brief history of NC-HCF, while the optics of NC-HCF will be discussed. From the guidance properties of NC-HCFs are collated and summarized including mode attenuation, bending loss, dispersion and nonlinearity. reviews some applications of NC-HCFs and contains conclusions. Hollow core negative curvature fibre (HC-NCF):Hollow core negative curvature fibre (HC-NCF) is another kind of leaky HCF, which features negative curvature of the core boundary The importance of curvature of the core boundary in HCF was firstly discovered in Kagome fibres by Wang et al. in 2010. A Kagome fibre with negative curvature of the core boundary exhibited an unexpected lower attenuation than regular ones. A series of subsequent experiments confirmed the function of the negative curvature core wall in the reduction of attenuation in Kagome fibres. Later in 2010 Gérôme et al. demonstrated that the complex structure of the cladding has a negligible effect on the confinement loss of Kagome fibre. At the same time, Vincetti and Setti numerically studied HC-NCF with a simplified cladding systematically and revealed that the coupling interaction between the core mode and cladding mode decides the high loss transmission spectral regions of HC-NCF. In 2011, Pryamikov et al. fabricated the first silica HC-NCF without lattice structure in the cladding. They demonstrated that light can be transmitted through a 63 cm length of silica fibre at 3 m wavelength even though. The fused silica exhibits very high material absorption in this spectral region. Afterwards, Kosolapov et al. extended the transmission window in a similar structured HC-NCF to 10.6 m for CO2 laser by using chalcogenide glass instead of silica as the fabrication material. In 2012 during the course of this thesis I designed, fabricated and characterised a silica HC-NCF with low loss transmission in the mid-infrared spectral region from 3 µm to 4 µm, with minimum attenuation of 34 dB/km at a wavele.

Compare and Contrast hollow core fibers for high power delivery an.pdf

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Can we create an object of type Interface Explain your answer.So.pdf

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Cancel Question Solution Since Descriptive statistics uses the data to provide descriptions of the population, either through numerical calculations or graphs or tables. Inferential statistics makes inferences and predictions about a population based on a sample of data taken from the population in question. So a) Is Descriptive b) is Descriptive c) is Inferential d) is Inferential e) is Descriptive f) is Descriptive.

Cancel QuestionSolutionSince Descriptive statistics uses the d.pdf

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A male Flagus fly with the Barkus phenotype is crossed with a female.pdf

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2015: Matthew and Michael Goode (cousins) decide to form a partnership (M&M) on April 1, 2015. Each contributed personally-owned assets to start the new company. Matthew Goode contributed $100,250 in cash and property with book value of $57,750 and appraised value of $78,750. Michael Goode contributed cash of $99,750; computer equipment with book value of $52,500 and appraised value of $21,000; a software library with book value of $63,000 and appraised value of $23,500; and office equipment with book value of $57,750 and appraised value of $26,250. M&M operates on a calendar year. The Articles of Partnership stipulate that no goodwill is to be recognized and that the two will start with capital balances equal to their contributions. Monthly cash draws of $1,350 each are allowed, beginning June 1, 2015. Net income is to be allocated as follows: (a)Matthew is to receive a compensation allowance of $2,625 per month for managing the day- to-day operations of the partnership. (b)Interest of 12.25% to be paid on ending balances of capital accounts, PLUS 15% interest on ending capital balances in excess of $262,500 (all interest to be calculated without current income allocation). (c)Each partner is to receive a bonus equal to 15% of net income, after the compensation allowance, interest, and bonuses. Negative bonuses are not allowed. (d)Remainder of profit to be allocated in a 55:45 ratio, Matthew:Michael. (e)Remainder of loss to be allocated in a 50:50 ratio. Net partnership income for 2015 was $210,000. 2016: June 1, 2016, Maxwell Goode (Matthew’s twin brother) joins the partnership (ThreeM). He purchases 1/3 of Matthew’s ownership interest for cash of $78,750 and 1/4 of Michael’s ownership interest for cash of $63,000, paid directly to the partners. The Articles of Partnership are amended as follows for allocation of net income: (a)In addition to Matthew’s compensation allowance, Michael will receive a compensation allowance of $1,575 per month, and Maxwell $1,260 per month. (b)Unchanged. (c)Matthew, Michael, and Maxwell are to receive bonuses of 12.5%, 12.5% and 10%, respectively, of net income after the compensation allowances, interest, and bonuses. Negative bonuses are not allowed. (d)Remainder of profit to be allocated in a 40:35:25 ratio, Matthew:Michael:Maxwell. (e)Remainder of loss to be allocated equally among the three partners. Net partnership income for 2016 was $262,500. 2017: Morgan (Michael’s younger brother) is admitted to the partnership (MM MM Goode) on January 2, 2017. He purchases a 32% interest for a cash payment of $260,000, paid directly to the partnership. The Articles of Partnership are amended as follows for allocation of net income: (a)Partners will receive the following compensation allowances per month: Matthew, $3,150; Michael, $2,625; Maxwell, $2.200; and Morgan, $2,000. (b)Unchanged. (c)Matthew, Michael, Maxwell, and Morgan are to receive bonuses of 12%, 12%, 10%, and 10%, respectively, of net income after the co.

2015Matthew and Michael Goode (cousins) decide to form a partners.pdf

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1. Jose is a Latino client who presents with occupational difficulties. He was laid off from a construction job 8 months ago and has been unable to find work. Ever since he lost his job, he has been drinking alcohol heavily throughout the day. He also reports “occasional” marijuana use. Jose recently was arrested for driving under the influence of alcohol and has to appear in court next month. His wife is angry with him because she depends on him to pick up their 3 children from school, and now he may lose his driver’s license. Jose has always been a hard worker, but he admits that there were times that he often drank alcohol while working on construction jobs to eliminate his stress. He reports having intermittent episodes of anxiety since adolescence. Based on the information provided, Jose’s principal diagnosis would likely be: A. Alcohol use disorder B. Cannabis use disorder C. Adjustment disorder with mixed anxiety and depressed mood D. Major depressive anxiety disorder Solution A. Alcohol use disorder Heavy drinking leads to \"alcohol use disorder.\" It is characterized by increased tendency to drink alcohol, inability to quit alcohol, neglecting the family responsibilities due to heavy drinking, anxiety, depression and alcohol withdrawal symptoms such as difficulty in sleeping, seizures, high blood pressure, etc..

1. Jose is a Latino client who presents with occupational difficulti.pdf

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You have a small business customer who wants to use a voice over IP (VoIP) system and subscribe to this service through his ISP using DSL. What special piece of equipment will need to be installed to provide analog-to-digital signal conversion between the phones and the digital network? A. A cable modem B. A DSL modem C. An Integrated access device (IAD) D. A multimedia terminal adapter (MTA) Solution a cable modem is anetwork bridge and modem connects bi-directional data communication radio frequncy channel on a hybrid fibar co axial and radio frequncy over glass infra structure. A digital subscriber line (DSL) modem is a device used to connect a computer or router to a telephone line which provides the digital subscriber line service for connectivity to the Internet. An Integrated Access Device (or IAD) is a customer premises device that provides access to wide area networks and the Internet. A multimedia terminal adapter (MTA), or Home Phone modem, operates much the same as a cable modem, but an MTA can deliver Home Phone service in addition to High Speed Internet. so answer is B. A DSL Modem.

You have a small business customer who wants to use a voice over IP .pdf

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Why can some microbial species grow and survive in extreme environments? Why can some microbial species grow and survive in extreme environments? Solution Microbial species grow and survive in extreme environments. These organisms are the extremophiles. There are different types of extremophiles: -Thermophiles and hyperthermophiles (organisms growing at high or very excessive temperatures, respectively) -psychrophiles (organisms that develop best at low temperatures) -acidophiles and alkaliphiles (organisms optimally tailored to acidic or fundamental pH values, respectively) -barophiles (organisms that develop quality underneath pressure) -halophiles (organisms that require NaCl for increase). The different types of extremophiles have exceptional adaptations that allow them to thrive mainly extremes. 1.Life at High Temperatures. Thermophiles have molecules and cell membranes that preserve their stability at excessive temperatures. As all cellular additives need to be made heat stable and their evolutionary function is derived of all recognized lifestyles. 2.Life at Low Temperatures and Extreme pH Levels. The molecules and membranes of psychrophiles are designed to maximise flexibility. Extremophiles that grow exceptional at pH extremes maintain a neutral pH inside their cells. 3.Life in a Brine and Other Environments. Halophiles ought to keep a balance between the solute concentration in their cells and their salty surroundings. Halophiles are able to live in salty conditions by preventing dehydration of their cytoplasm.a Radiation-resistant micro organisms adaptedto literally shatter its chromosome into hundreds of pieces. Some extreme barophiles grow optimally at pressures over 500 atmospheres. The transmembrane proteins in barophiles likely are modified to still function at high pressures..

Why can some microbial species grow and survive in extreme environ.pdf

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Which prokaryotic group maps most closely to the chlorophyll of plan.pdf

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Which of the following static methods allow an ArrayList of strings to be passed in as the parameter? public static void methodA(ArrayList param) {\\\\ do something} public static void methodB(ArrayList param) {\\\\ do something} methodA only methodB only both methodA and methodB Solution Only method B allows an arraylist of strings to be passed in as the parameter as it accepts any type which extends hasWord. In the case of methodA, it will be required to create a new ArrayList of the type Object to pass into the method..

Which of the following static methods allow an ArrayList of strings t.pdf

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Which of the following factors can affect rate of enzyme activity?pH Solution the answer is all of the answers. Certain factors that affect enzyme activity are: pH, temperature, substrate concentration, enzyme concentration, presence/ absence of activators and inhibitors. Along with this enzyme carry charges based upon the oH concentration thus ion dissociation takes place which affect the net charge of the enzyme which in turn will affect the activity of enzyme..

Which of the following factors can affect rate of enzyme activitypH.pdf

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Which anchors of synthesis? Which are cilia and N Which found in plants but not supports the cell Which are movement of organelles and made T Which is the site of AOLICI, M Which is a semi- photosynthesis? the cell and its between environment? L which is a storage organelle e Which is made of plants? Which contains carbohydrate? Which constantly sweep the windpipe to keep the lungs clear of debris? Which is the defining structure for eu What is the karyotins? Which are analogous structure in prokaryotes? made of protein? Which is surrounded by the tonoplast? Which is the site of intracellular digestion? Which grana? Which are motility organelles? Which is the site of production for proteins exported from the cell? Which are components of the cytomembrane system? Which is the site of cellular respiration? Which are found in animals but not plants? Which is the site of ATP synthesis? Which contains a granular or crystalline core itch function in detoxification? Which contain microtubules? Which is the site of ribosomal RNA synthesis? nucleic acids? Which contain Which is involved in sorting and packaging? Which produces proteins for use in the cell Which is involved in animal cell division? Which is a rigid structure that supports the cell and protects against lysis? Which has a cis and a trans face? Which transport materials from one organelle to another and are the \"conveyor belt\" of the assembly line? Which are found in prokaryotes but not eukaryotes? Which is involved in the breakdown of fatty acids? Which is the \"post office\" or \"mailman\" of the cell? lb. Golgi Bodies Central Vacuole Cell Wall Nucleoid Nucleus smooth ER I. Cell Membrane Mitochondria Basal Bodies Capsules Vesicles Nucleolus s. Free Ribosomes Chloroplast Flagella Solution 1)k 2)n 3)e,g,t 4)g 5)a,b,c,e,j,m,g, f 6)t 7)l 8)e 9)a,e,g,i,l,n. 10)m 11)q 12)j,m,c,b 13)g,s 14)c,d,h,i,j,l,m,r,s,u. 15)e 16)c 17)t 18)f,v 19)s 20)a,b,k,q 21)m 22)g,t,e 23)m 24)o 25)a,k 26)v,f,j 27)j 28)m 29)b 30)s 31)j 32)l 33)b 34)a,k 35)j 36)a,k 37)b.

Which anchors of synthesis Which are cilia and N Which found in plan.pdf

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What is social welfare policy? Why should we study it? What is the relationship between social welfare policy and the provision of social welfare services? Discuss how values and beliefs guide policy and influence the U.S. social welfare system. Discuss some of the values and beliefs that resonated with you. Solution Social Welfare Policy The social welfare policy is social services provided by a government for its citizens. Examples of social welfare in the United States include Medicare, Medicaid, temporary assistance for needy families, food benefits and section 8 housing assistance. Other programs, such as workers compensation, unemployment insurance and Social Security benefits are also considered social welfare programs. The social welfare policy refers to both goals of collective responsibilities and to a set of services for carrying out those responsibilities. Set of laws and administrative rules that define the purposes of public social welfare and authorize organizations to work toward accomplishment of those purposes. Social Welfare Services Welfare provision serves mainly the physical and material interests of recipients. Interests are linked both with people\'s needs, which are socially defined, and with what people want. If people can be mistaken about where their interests lie, their welfare will not be served by considering their wants alone. Social welfare is not simply the sum of individual welfares, and one concept cannot be derived from the other. Some interests may be held in common. Equally, however, there may be conflicts between interests, and some may bear costs for the benefit of others. values and beliefs guide policy and influence the U.S. social welfare system The Emergency Relief and Construction Act of 1932 was the first social welfare policy in the United States. This act provided $300 million in temporary loans to states. These funds were allocated to citizens that had been severely impacted by the Great Depression. After this act was passed, it became evident that many citizens needed more assistance. As a result, the Federal Relief Act of 1933 was passed to provided $1 billion in additional social support for the poorest citizens. The Social Security Act of 1935 was also passed to provide aid to specific groups, such as children, the elderly and the disabled. Social welfare policies remained relatively unchanged until welfare reform in 1996. This was a drastic change from previous policies because for the first time, recipients of public assistance were required to work in order to receive aid. Since this time, many debates have centered on who deserves social welfare aid and how much support should be given..

What is social welfare policy Why should we study it What is the r.pdf

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what is a problem we face due to the small size of microbes What is a problem we face due to the small size of microbes? Microbes are easily transferred between people by indirect and direct contact Microbes are large enough for us to see them microbes can\'t be controlled. What is the main reason why hand washing is no important? Solution Due to small size of microbes, they are easily transferred between people by indirect or direct contact. Microbes are invisible to unassisted eye because the size range of microbes are very less, about 1/10 of the typical human cell..

what is a problem we face due to the small size of microbes What is .pdf

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What are the six classes of nutrients and there functions? Solution The six primary nutrients and their functions are given below: 1). Carbohydrates: They provide the readily available source of energy for the body, i.e. the glucose. They are necessary to maintain the normal blood glucose levels. 2). Proteins: Proteins are digested to provide amino acids, which are the major structural components of muscles and are also necessary for tissue growth and repair process. 3). Fats: It is the long-term energy reserve of the body. The adipose tissue preserve the body heat and also act as a storage site for fat soluble vitamins. 4). Vitamins: Vitamins are the vital micronutrients that act as co-enzymes necessary to promote a chemical reaction to occur. They participate in several of the biochemical reactions of the body. There are two types of vitamins present in our body namely water soluble and fat soluble proteins. Vitamins B complex and vitamin C are water soluble vitamins and vitamins A, D, E and K are fat soluble vitamins. 5). Minerals and electrolytes: Minerals are inorganic molecules, they are the “micronutrients” essential for normal biochemical reactions to occur. Electrolytes are the charged molecules (Na+, K+, Cl-) that play a key role in maintain the fluid volume. Minerals such as calcium and magnesium are also the structural constituents of the body tissues. 6). Water: It is the major constituent of blood, which is the transport media in the body. It is also necessary for maintaining the homeostatic conditions in the body..

What are the six classes of nutrients and there functionsSoluti.pdf

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Use the data set below to answer the following questions. Complete parts a through d Calculate the variance inflation factor (VIF) for each of the independent variables. Indicate if multicollinearity exists between the two independent variables. (Round to one decimal place as needed.) There sufficient evidence of multicollinearty between the two independent variables. Solution R square for (x1,x2) = R square for (x2,x1) Therefore, VIF = 1/(1+R^2) = 0.8 Since VIF < 4. There is not sufficient evidence of multicollinerarity between independent variables..

Use the data set below to answer the following questions. Complete pa.pdf

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Significance of differences between mitosis and meiosis Mitosis and meiosis are two major processes by which eukaryotic cells reproduce. Compare and contrast the processes of mitosis and meiosis. Consider the stages involved in each and their eventual products. How are the differences biologically significant relative to growth and reproduction? Significance of differences between mitosis and meiosis Mitosis and meiosis are two major processes by which eukaryotic cells reproduce. Compare and contrast the processes of mitosis and meiosis. Consider the stages involved in each and their eventual products. How are the differences biologically significant relative to growth and reproduction? Mitosis and meiosis are two major processes by which eukaryotic cells reproduce. Compare and contrast the processes of mitosis and meiosis. Consider the stages involved in each and their eventual products. How are the differences biologically significant relative to growth and reproduction? Solution S.No Mitosis Meosis General differences 1 The division occurs in somatic cells It occurs in reproductive cells 2 Both diploid and haploid cells shows mitosis Meosis is found only in diploid cells 3 It is a single division It is a double division 4 Mitosis produce two cells Meosis produce four cells 5 It does not introduce variation Meosis induces variations due to gene exchange 6 Number of chromosomes same as mother cells Chromosome number reduced(halved) 7 It is required for growth ,repair and healing Meosis involved only in sexual reproduction a)Prophase 8 It is simpler Prophase-I is complicated 9 Bouquet stage and synapsis absent Bouquet stage(synizesis inplants)and synapsis occurs 10 Crossing over and chiasma not seen Crossing over and Chiasma formation occurs b)Metaphase 11 Chromosome remain as monovalent and has two chromatids Chromosome as bivalent and four chromatids 12 Centromere are present over the equator or metaphase plate while arms facing towards the poles Centromere projects towards the poles c)Anaphase 13 Centromere divides during anaphase Division of centromere is absent in anaphase –I 14 Chromosomes are single chromatid Chromosomes has two chromatid 15 The two chromatid of a chromosome separate and become as daughter chromosomes Chromtids do not separate in anaphase-I 16 Chromosomes moving towards the opposite poles are similar Chromosomes are dissimilar d)Telophase 17 It is an essential in which nucleolus and nuclear material reappears Telophase-I may be absent 18 Cytokinesis takes place Not compulsory 19 Daughter cells posses same genetic material All four daughter cells differ S.No. MITOSIS MEIOSIS-II 1 An interphase occurs prior to mitosis Interphase may or maynot present prior to meiosis-II.If present then called interkinesis 2 S-phase present S-phase absent 3 Daughter cells formed after mitosis resemble to mother cells Differ from mother cells,quantitatively and qualitatively 4 Longer Shorter Significance of meiosis: Significance of mitosis.

Significance of differences between mitosis and meiosis Mit.pdf

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Suppose that L1 is the list (A (BC) and L2 is the list ((D E) F). Give the value of each of the following LISP expressions: (a) (CONS (CAR L2) (CDR L1)) (b) (CDR (CAR [CONS (CONS \'GL1 \'(B)))) (c) (CONS (LIST (CAR L1) (CDR L2)) \'(G)) (d) (CDR (LIST L2 \'G (CAR L2))) Solution Let us trace the execution of the function to see how the recursive calls unfold: Everything looks fine, until we trace also the unfolding of list-append:.

Suppose that L1 is the list (A (BC) and L2 is the list ((D E) F). .pdf

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