Thursday, March 19, 2020
Free Essays on A Whole, New, Quantum World
From the origin of the universe to laser eye surgery, quantum physics has appeared in almost every facet of life since its birth. It has given new explanations and perspectives on many already accepted fields. These fields include biology, chemistry, ecology, and religion. Quantum physics has also created new fields which use its principle to seek explanations. An example of such a field is quantum cosmology, which seeks an answer for the origin of the universe and the nature of celestial bodies. Different applications of quantum physics have also appeared in a multitude of fields. Some of these fields include medicine and power sources. Also, some fields have been created for the application of the principles of quantum physics. These new fields include nanotechnology, quantum computing, and quantum game theory. The unique (and sometimes bizarre) principles of quantum physics have also changed peopleââ¬â¢s method of thinking. This new way of thinking has even affected the arts. T he principles of quantum physics have changed almost every field of thought as well the people who study it. Some principles of quantum physics which have had a substantial effect on the world include Bellââ¬â¢s theorem, the Copenhagen interpretation, and superposition. Bellââ¬â¢s theorem says reality must be non-local. Non-locality means that the observed activities of a particle are affected by a multitude of outside factors. This idea allows one to view each thing as being connected with everything else in the world. The Copenhagen interpretation is another principle which has had far reaching effects. Nick Herbert describes this interpretation when he says, ââ¬Å"The Copenhagen interpretation holds that in a certain sense the unmeasured atom is not real: its attributes are created or realized in the act of measurementâ⬠(xiii). This interpretation means that an object does not have its attributes until they are observed by something else. One other influential prin.. . Free Essays on A Whole, New, Quantum World Free Essays on A Whole, New, Quantum World From the origin of the universe to laser eye surgery, quantum physics has appeared in almost every facet of life since its birth. It has given new explanations and perspectives on many already accepted fields. These fields include biology, chemistry, ecology, and religion. Quantum physics has also created new fields which use its principle to seek explanations. An example of such a field is quantum cosmology, which seeks an answer for the origin of the universe and the nature of celestial bodies. Different applications of quantum physics have also appeared in a multitude of fields. Some of these fields include medicine and power sources. Also, some fields have been created for the application of the principles of quantum physics. These new fields include nanotechnology, quantum computing, and quantum game theory. The unique (and sometimes bizarre) principles of quantum physics have also changed peopleââ¬â¢s method of thinking. This new way of thinking has even affected the arts. T he principles of quantum physics have changed almost every field of thought as well the people who study it. Some principles of quantum physics which have had a substantial effect on the world include Bellââ¬â¢s theorem, the Copenhagen interpretation, and superposition. Bellââ¬â¢s theorem says reality must be non-local. Non-locality means that the observed activities of a particle are affected by a multitude of outside factors. This idea allows one to view each thing as being connected with everything else in the world. The Copenhagen interpretation is another principle which has had far reaching effects. Nick Herbert describes this interpretation when he says, ââ¬Å"The Copenhagen interpretation holds that in a certain sense the unmeasured atom is not real: its attributes are created or realized in the act of measurementâ⬠(xiii). This interpretation means that an object does not have its attributes until they are observed by something else. One other influential prin.. .
Monday, March 2, 2020
Adverbs of Frequency Sentence Placement
Adverbs of Frequency Sentence Placement Adverbs of frequency tell us how often something happens/is the case, happened/was the case, will happen/will be the case, etc. There are lots of them. Here are some examples: always - Peter is always getting into trouble.usually - They usually get their work done on time.frequently - My sister frequently goes shopping in Seattle.rarely - They rarely ask questions about the homework. Most Common Adverbs of Frequency The most common adverbs of frequency in English in order from most often to least often: always - He always does his homework.usually - They usually complete the work on time.often - I often watch movies online.sometimes - Jack sometimes comes over for dinner.Ã occasionally - She occasionally asks a question.rarely - They rarely have any homework.never - I never complain at work.Ã Where Do They Appear in the Sentence? Word order can be confusing with adverbs of frequency. Here are different rules for placement in sentences. 1. In a Sentence With One Verb If the sentence has one verb in it (e.g. no auxiliary verb) we usually put the adverb in the middle of the sentence, i.e. after the subject and before the verb: subject / adverb / verb / predicate Tom usually goes to work by car.Mary often asks me for help.Ã 2.Ã Usually After the Verb Be The adverb usually comes after the verb be: subject / verb / adverb / predicate Tom is often late.Anne isnt usually sick.Peter isnt always right. This is not the case if we put the adverb at the beginning or end of the sentence for emphasis. This rule also does not apply to short answers: Is she usually on time?Tell her not to be late.Yes, she usually is.She never is. The rule is broken in other cases too, e.g. Conversation 1 Speaker A: What are you doing here? Shouldnt you be at school?Speaker B: I normally am at school at this time, but my teacher is ill.Ã Conversation 2 Speaker A: Youre late again!Speaker B: usually am late on Mondays because the traffic is so bad. Conversation 3 Speaker A: Tom is late again!Speaker B: Tom usually is late.Ã 3. In a Sentence With More Than One Verb If the sentence has more than one verb in it (e.g. auxiliary verb) we usually put the adverb after the first part of the verb: subject / helping verb or modal / adverb / main verb / predicate I can never remember his name.Anne doesnt usually smoke.The children have often complained about the playground facilities. Exception: In sentences with have to the adverb is in position A: subject / adverb / have to / main verb / predicate We often have to wait for the bus.She never has to do any housework.They sometimes have to stay after class.Ã 4. When Using for Emphasis For emphasis, we can put the adverb at the beginning or end of the sentence. At the end is unusual - we usually only put it there when we have forgotten to put it in earlier. adverb / subject / main verb / predicate Sometimes we go to school by bus.Often he waits for her after class.Usually, Peter arrives early for work. or subject / main verb / predicate / adverb We go to school by bus sometimes.They like to watch TV often.Jennifer buys a new car rarely. Exceptions: Always cant go at the beginning or end of the sentence. Never, seldom, rarely cant go at the end of a sentence. They only go at the beginning of a sentence in polemic statements. Then they have to be followed by the word order for questions: Never has there been a better time to overcome our differences.Rarely do we have an opportunity like this.Seldom had the orchestra given a worse performance.Ã 5. In Question Form When using adverbs of frequency in the question form, put the adverb before the main verb. auxiliary verb / subject / adverb / main verb / predicate Do you often go to the cinema?Did he sometimes leave the classroom?Do they usually come late to class? Exceptions: Never, seldom, rarely and other adverbs of frequency with a negative sense are not usually used in the question form. 6. In the Negative Form When using adverbs of frequency in the negative form, put the adverb before the main verb. subject / helping verb / adverb / main verb / predicate They dont often go to the cinema.She doesnt usually wait for an answer.Peter doesnt normally want to come with us.Ã Exceptions: Never, seldom, rarely and other adverbs of frequency with a negative sense are not usually used in the negative form.
Saturday, February 15, 2020
Fundamentals of finance Essay Example | Topics and Well Written Essays - 2000 words
Fundamentals of finance - Essay Example ITV broadcasting operates a group of channels which include ITV1 and also delivers content across a number of platforms like ITV player and itv.com. Its studios produce and sell formats and programmes both in UK and globally. WPP Plc operates a communications services group. The operations of the company encompass media, information and consultancy, public affairs, public relations, identity services, branding, investment management and advertising. WPP is a global leader in the marketing of communication services, and it comprises of public relation and public affairs companies, advertising companies and promotion and relationship marketing companies. The history of WPP dates back in 1985 when Martin Sorrel builds a worldwide marketing services company after a search on public entity. 2. Company strengths and weaknesses Analysis of the financial performance of each company WPP Plc Current ratio The current ratio for WPP Plc in 2011 was 0.94:1. Current ratio measures the ability of a firm to cater for its short term obligations using its short term assets. The current ratio is lower than 1, and this means that WPP Plc was not in a better financial position to cater for its obligations. Gearing ratios 1. Debt to equity ratio The debt to equity ratio for WPP Plc during the 2011 financial year was 2.67. This ratio is obtained by dividing total liabilities by shareholders equity and this ratio means that the total liabilities are more than the shareholders equity. This high ratio is an indication of how aggressive WPP plc has been when it comes to using debts to finance its growth. A lot of debt was used to finance the 2011 growth and this ahs led to increased operations and hence the company was able to generate increased earnings using this financing than it would have done without these finances. 2. Debt ratio The debt ratio for WPP plc in 2011 was 0.72. The debt ratio is less than 1, and this indicates that the company has less debts than assets or has more ass ets that the debts. As a result, the company faces fewer risks when it comes to debt loads. Profitability ratios 1. Profit margin Profit margin for WPP plc in the 2011 financial years was 9.14%. This ratio measures how much a company generates from each dollar of sales (Bull 2007). This means that the company keeps $0.914 of each dollar of revenue collected. The profit margin ratio for the company in 2011 was low which indicates a high risk that any decline in sales will erase or do way with the profit and lead to a net loss. 2. Return on assets WPP plc return on assets ratio for the 2011 financial year was 3.7%. The low ratio is an indicator of how inefficient the company was in managing its assets in order to generate income. In simple terms, the ratio shows how less profitable the company was relative to its total assets. 3. Return on equity The return on equity for WPP for the 2011 was 13.6%. This low percentage is an indication the company did not generate much profit from the shareholders funds invested in the company. Dividend payout ratio Dividend payout ratio for WPP plc was 33% during the 2011 financial year. The high dividend ratio for the company is an indication the earnings of the company highly support the payment of
Sunday, February 2, 2020
Which equation is correct Essay Example | Topics and Well Written Essays - 750 words
Which equation is correct - Essay Example Because, copper has two oxides Copper (I) oxide Cu2O and Copper (II) oxide CuO; therefore, there can be following two possible equations for thermal decomposition of Copper (II) carbonate: It is to be determined as which of the two equations is the correct equation. Looking at the right side of equation, we find the clue for designing an experiment to determine the correct equation of the thermal decomposition. There are two clues ââ¬â 1. Mass of the black residue and 2. Volume of the gas liberated. If one starts the thermal decomposition experiment with two moles i.e. 247 grams (2x123.5 grams) of copper carbonate and mass of the black residue is 143 gram, then Equation 1 is correct; on the other hand the mass of black residue being 159 grams implies Equation two being correct. One can measure the volume of the gas released as well. In case of Equation 1 being correct, two moles of copper carbonate will give two and a half moles of carbon dioxide gas, which is 2.5x22.4 liters = 56 liters at STP (Standard Temperature and Pressure, which is 273.16 K and 1 Atmosphere). In case of Equation 2 being correct, two moles of copper carbonate will give only two moles of gases, which will occupy 44.8 liters at STP. Based on these clues, we design the following experiment to determine the correct equation for thermal decomposition of copper carbonate. Pneumatic trough, test tube (13 x 100 mm), one hole stopper to fit test tube, plastic tube (from pulled Beral), graduated cylinder (100 mL), thermometer, laboratory burner, test tube clamp, CuCO3 (solid), balance 5. Bubbles started getting into the graduated cylinder. Towards the end of the decomposition reaction the rate of CO2 release slowed down. When the bubbling stopped, the burner and the delivery tube were removed. Because 2.5x10-3 moles of copper nitrate gives 2.5x10-3 moles of carbon dioxide gas, therefore, Equation 2 is the correct equation for decomposition of the copper carbonate.
Saturday, January 25, 2020
Quality Healthcare Includes Empathy Essay examples -- Healthcare
Quality Healthcare Includes Empathy A man walks into an emergency room with an intense pain in his abdomen. He is hoping to find a doctor who knows how to treat him. The doctor enters his room and begins robotically palpating his abdomen, showing no hint of recognition for the pain he is in. The man begins to ask himself, ââ¬Å"Does this doctor care that I am in extreme pain?â⬠He then wonders, ââ¬Å"If he doesnââ¬â¢t care that I am in pain, how motivated can he be to ease my pain?â⬠This might seem like a silly question. If the physician didnââ¬â¢t care about healing people, why would he become a doctor? Modern technology has caused doctors to become complacent and emotionally detached from their patients. Doctors must be empathetic towards their patients in order to deliver quality healthcare despite the lack of time they have for their patients. The patientââ¬â¢s perception of the doctor in this situation is that he lacks empathy. Empathy can be described as the ability for one person to understand anotherââ¬â¢s feelings and thoughts. The role of empathy in healthcare is very important; more specifically, it is crucial for doctors to be able to effectively express empathy without compromising their primary objective, which is to diagnose and treat patients. While the science of medicine is primarily based on the function of the human body, it cannot be ignored that emotional health plays a vital role in a patientââ¬â¢s quality of life. Improving physical health will inevitably improve emotional health. The appropriate way to approach healing is with an understanding of this concept. In the article ââ¬Å"Empathy in Medicineââ¬âA Neurobiological Perspective,â⬠Dr. Helen Rice states: Empathetic physicians can obtain critical information and ins... ...tag=contentMain;contentBody Rice, H. (2010). Empathy in medicine--a neurobiological perspective. JAMA, 304(14), 1605. Retrieved from http://drscottwright.wikispaces.com/file/view/Empathy and Medicine - A Neurobiological Perspective.pdf Switankowsky, I. (2005). From detached concern to empathy: Humanizing medical practice. Humane Medicine Health Care, 5(2), Retrieved from http://www.humanehealthcare.com/Article.asp?art_id=834 Hardee, J. (2010, February 16). The role of empathy in healthcare. Retrieved from http://realbalance.com/index.php?option=com_content&task=view&id=143&Itemid=999 Torrey, T. (2011, September 13). [Web log message]. Retrieved from http://patients.about.com/od/therightdoctorforyou/a/docpatientcomm.htm Wolfe, S., Carome, M., Barbehenn, E., & Sasich, L. [Web log message]. Retrieved from http://www.worstpills.org/public/page.cfm?op_id=3
Thursday, January 16, 2020
Effect of Plant Densities and Phosphorus Levels on the Growth
Effect of plant densities and phosphorus levels on the growth and yield of vegetable cowpea (Vigna unguiculata L. ) var. Arka Garima K. RAVI KUMAR1 AND V. SUDHA VANI2 Department of Horticulture, College of Horticulture, Venkataramannagudem-534 101, Andhra Pradesh, India. E-mail : [emailà protected] com ABSTRACT A field experiment was conducted at College of Horticulture, Venkataramannagudem to study the effect of plant density and phosphorus levels on the growth and yield of vegetable cowpea variety Arka Garima under irrigated conditions.The study revealed that the crop responded to plant densities as well as phosphorus levels. The biometric characters like number of primary branches per plant (8. 52), pod length (21. 31 cm), pod girth (12. 35 mm), number of pods per plant (37. 02), number of seeds per pod (16. 85), pod weight per plant (10. 93 g) and pod yield per plant (301. 85 g) were higher at lower density plants (37,037 plants/ha) along with 60 kg P2O5/ha. The growth and yiel d characters like plant height (52. 47 cm), TDM accumulation (3968. 04 kg/ha), days to flowering (34. 73 days), days to first picking (44. 8 days) and pod yield (152. 87 q//ha) were showed better expression in case of high density planting (74,074 plants/ha) along with 60 kg P2O5/ha. The interaction effect of plant densities and phosphorus levels were significant on plant height, total dry matter accumulation and days to flowering, pod length, pod weight per plant, and yield per plant and pod yield /ha. Key words: Growth, yield, plant density, phosphorus level, vegetable cowpea Cowpea plays a substantial role by serving as a grain and vegetable crop mainly for the rural people in the East, West, South and Central parts of Africa (Mortimore et al. 1997). According to FAO (2007), cowpea is produced annually on 11. 2 mha ranking 3rd after common bean (Phaseolus vulgaris L. ) and chickpea (Cicer arietinum L. ) with Africa taking the lead followed by Asia. It is extensively grown in Sout h India particularly in the states of Karnataka and Tamilnadu. Cowpea used at all stages of its growth including as a vegetable (Ofori and Stern, 1986). Vegetable cowpea variety Arka Garima is a bushy type. Pods are thick, light green, long, round, stringless and highly fleshy. Yield potential of Arka Garima is 18 t/ha.The optimum plant population is an important parameter for increasing the crop productivity and provides the plant with the best environment to express its capacity fully under the given conditions. The optimum plant density with proper geometry and its planting varied with the agro-climatic conditions and growth habit of the plant. Generally, pulses require phosphorus for their growth and nitrogen fixation. It also enhances the nodulation and pod development consequently pod yield. If the phosphate availability from the soil is limited, the growth and nitrogen fixation are affected (Prasad and Sanoria, 1981).Phosphorus being an essential constituent of cellular prote ins and nucleic acids, it encourages the meristematic activity in plants (Black, 1969) and adequate supply of nutrients which might have enhanced the metabolic activity and inturn plant growth. MATERIAL AND METHODS A field experiment was conducted at College of Horticulture, Venkataramannagudem during kharif 2010. The experimental site had red sandy loam with pH 6. 9, EC of 0. 01 dS/m, 0. 34 % organic carbon with 712, 32. 5, 217. 5 kg of N, P2O5 and K2O per ha, respectively. The experiment was laid out in factorial randomized block design with three replications.There were twelve treatmental combinations comprised of three plant densities (37,037, 55,555 and 74,074 plants/ha) designated as D1, D2 and D3 and four levels of phosphorus (0, 20, 40 and 60 kg P2O5/ha) designated as P0, P1, P2 and P3. The seeds were treated with captan @ 3g/kg seeds before sowing against wilt. The Arka Garima seeds were dibbled on 29-8-2010 at 60 x 45, 60 x 30 and 45 x 30 cm spacings. During the crop perio d, the total rainfall received was 419. 07 mm. The nitrogen @ 20 kg/ha, potassium @10 kg/ha and phosphorus as per the treatments were applied during the crop period.The metereological data recorded from planting date to harvest are presented below. Table 1: Monthly mean temperatures, relative humidity and rainfall during the growing season of cowpea (Sep-Nov) in 2010 at Venkataramannagudem, Andhra Pradesh. Month Mean temperature (? C) Mean Relative Rain fall (mm) humidity (%) _____________________________________________________________________ September 28. 99 77. 96 19. 3 October 28. 84 71. 86 46. 00 November 27. 33 75. 14 38. 60 _____________________________________________________________________ A sample of five plants was taken randomly from two central rows in each experimental plot at different intervals. The growth parameters like plant height, number of primary branches, dry matter accumulation, days to flowering and days to first picking were recorded. Similarly the yield and its attributes were recorded.For estimating total dry matter accumulation, each sample was first air dried and later oven dried at 60? C to constant weight. The sum of dry weights of all plant parts was taken as total dry matter accumulation per plant (g). The data was analyzed by the method of variance outlined by Panse and Sukhatme (1985). RESULTS AND DISCUSSION The results revealed that the effect of plant densities and phosphorus levels on vegetative growth performance and yield were significant. The plant height increased with increasing plant density and decreased number of primary branches per plant at all sampling occasions.Higher density produced tender and widely spread plants. Significant increase in plant height with high density (74,074 plants/ha) might be due to competition of solar energy coupled with shallow root system. Increased plant density limits the availability of space for plant and hence root configuration affecting the crop growth. Increased plant popu lation increased plant height (Ahmed et al. 2010). The TDM accumulation was higher at a plant density of 74,074 plant/ha. The result might be attributed to optimum use of natural resources, higher uptake of nutrients and more number of plants per unit area.Beneficial effect of optimum density on total dry matter accumulation has also been reported by Dwivedi et al. (1994) in frenchbean. Though the number of primary branches per plant, pod length, pod girth, number of pods per plant were higher at lower density (37,037 plants/ha), it delayed the maturity. Higher photosynthesis and higher amount of dry matter assimilation due to higher number of leaves and higher availability of nutrients led to vegetative growth at a longer period and as such the reproductive phase was delayed (Honma and Bert, 1977).The higher pod yield per plant at low plant density (37,037 plants/ha) could be attributed to the significant increase in pod length, pod girth, number of pods per plant, number of seeds per pod and pod weight per plant. These values were significantly lower at higher density (74,074 plants/ha) due to increased competition among the plants for the space, light and nutrients. Increasing population decreased the number of pods per plant. This reduction may be attributed to the interference among branches. The findings are in accord with the previous results reported by Hamad (2004).The variations in number of pods per plant could be attributed to the variations in number of branches per plant. Hence lower plant densities resulted in maximum number of branches per plant and in turn was responsible for more number of fruiting points. Further, less competition for light, moisture and nutrients associated with wider spacing has an edge in producing more reproductive parts compared to high density plants. The plant growth, yield and its attributes were superior with the application of 60 kg P2O5/ha.Increase in plant growth might be due to hastened meristematic activity, be tter root growth and better absorption of nutrients by increased application of P (Philip, 1993). The translocation of photosynthates by the action of P also showed an improvement in various growth parameters (Verma and Saxena, 1995). The infection of Rhizobium bacteria depends on their interception with the root hair. Under adequate phosphate application, nodulation increases due to high bacterial infection on account of properly developed rooting system and increased density of nodule bacteria (Srivastava and Varma, 1985).Increased nodulation implies greater symbiotic fixation of atmospheric N which also helps in cell division and root extension which might have resulted in vigorous plant growth. Similar results were reported by Joseph and Varma (1994) in chickpea. The phosphorus application @ 60 kg/ha showed a significant influence on days to flowering, days to 50 per cent flowering and days to first picking. Influence of P in hastening maturity is well documented. Phosphorus imp arts quicker vegetative growth to the plant and entering into the reproductive phase early.The same trend of higher levels of P was also noted by Philip (1993) in cowpea and Bahadur and Singh (1990) in garden pea. The increase in yield attributes might be a direct consequence of growth characters. Adequate supply of P is important in laying down the primordia for the reproductive parts of plants. It is also considered important in the formation of pods and seeds. Being a constituent of protoplasm, which may be responsible for increased length of pods, pod weight, number of seeds per pod and inturn pod yield. These results are in conformity with the finding of Sundara et al. 2004) in pea. The interaction effect of application of 60 kg P2O5/ha and higher plant densities (74,074 plants/ha) produced higher pod yield along with rich protein content. The economic returns were more in case of high density as per the results obtained in the present experiment. It is also suggested that a pl ant density level D3 (74,074 plants/ha) and a phosphorus level of P3 (60 kg P2O5) was most profitable for the cultivation of vegetable cowpea cv. Arka Garima under irrigated conditions in coastal region of Andhra Pradesh. REFERENCESAhmed Naim, M. E. and Abdelrhim Jabereldar, A. 2010. Effect of plant density and cultivar on growth and yield of cowpea (Vigna unguiculata L. Walp). Australian Journal of Basic and Applied Sciences, 4: 3148-53. Bahudur, V. and Singh, T. 1990. Yield and growth response of garden pea (Pisum sativum L. ) to nitrogen and phosphorus application. Vegetable Science, 17 : 205-09. Black, C. A. 1969. Soil plant relationships (2nd Ed. ) John Wiley and Sons Inc. New York, pp. 792. Dwivedi, D. K. , Singh, H. , Shahi, K. M. B. and Rai, J. N. 1994.Response of frenchbean (Phaseolus vulgaris) to population densities and nitrogen levels under mid-upland situation in north-east alluvial plains of Bihar. Indian J. Agron. , 39 : 581-83. FAO (Food and Agriculture Organization) . 2007. FAOSTAT http://faostat. fao. org/site/567/default. aspx#ancor. Hamad, M. S. 2004. Effect of planting density on the performance of three cultivars of cowpea. M. Sc. thesis submitted to University of Khartoum, Sudan. Honma, S. and Bert, J. 1977. Growing high density cauliflower. American Vegetable Grower, 25 : 40. Joseph, B. and Varma. 1994.Response of rainfed chickpea (Cicer arietinum) to jalshakti incorporation and phosphorus and sulphur fertilization. Indian J. Agron. , 39 : 312-14. Mortimore, M. J. , Singh, B. B. , Harris, F. and Blade, S. F. 1997. Cowpea in traditional cropping systems. Advances in Cowpea Research, 8: 99-113. Ofofi, F. and Stern, W. R. 1986. Maize/cowpea intercrops system: Effect of nitrogen fertilizer on productivity and efficiency. Field Crop Research, 14: 247-61. Panse, V. G. and Sukhatame, P. V. 1985. Statistical methods for agricultural workers. ICAR, New Delhi. Philip, A. 1993.Phosphorus and molybdenum nutrition in cowpea (Vigna unguiculata L. ). M . Sc. (Ag. ) Thesis submitted to the Kerala Agricultural University. Srivastava, S. N. L. and Varma, S. C. 1985. Effect of nitrogen, phosphorus and molybdenum fertilization on growth, nodulation and residual fertility in field pea. Indian J. Agric Res. , 19: 131-37. Sundara, T. H. , Vyakaranahal, B. S. , Shekhargoud, M. , Shishidhara, S. D. and Hosamani, R. M. 2004. Influence of phosphorus and micronutrients on seed yield and quality of pea (Pisum sativum L. ). Seed Research, 32: 214-16. Verma, V. S. and Saxena, K.K. 1995. Response of Frenchbean (Phaseolus vulgaris) to graded doses of nitrogen, phosphorus and potassium in silty loam soil of central Uttar Pradesh. Indian J. Agron. , 40 : 67-71. Table 2 : Effect of plant densities and phosphorus levels on plant height, number of primary branches per plant and days to flowering of vegetable cowpea cv. Arka Garima. Plant height (cm) (At 60 DAS)No. of primary branches (At 45 DAS)Days to flowering (Days) Plant densitiesPhosphorus levels P 0P1P2P3MeanP0P1P2P3MeanP0P1P2P3Mean D145. 6045. 93046. 6748. 8046. 758. 078. 538. 608. 878. 5236. 6736. 0036. 336. 4736. 57 D245. 4047. 4050. 0748. 4047. 828. 008. 338. 138. 338. 2035. 4735. 4035. 3335. 2735. 37 D349. 2052. 6752. 2055. 8052. 477. 477. 808. 078. 077. 8535. 0034. 8034. 6334. 4734. 73 Mean46. 7348. 6749. 6451. 007. 848. 228. 278. 4235. 7135. 4035. 5035. 40 SourceSEm à ±CD (P=0. 05)SEm à ±CD (P=0. 05)SEm à ±CD (P=0. 05) Plant density (D)0. 120. 340. 110. 310. 060. 18 Phosphorus level (P)0. 130. 390. 120. 360. 070. 20 D x P0. 230. 680. 21N. S0. 12NS Table 3 : Effect of plant densities and phosphorus levels on total dry matter accumulation of vegetable cowpea cv. Arka Garima.Total dry matter accumulation (30 DAS)Total dry matter accumulation (60 DAS)Total dry matter accumulation (90 DAS) Plant densitiesPhosphorus levels P0P1P2P3MeanP0P1P2P3MeanP0P1P2P3Mean D1163. 50169. 03174. 85180. 38171. 941945. 661974. 371954. 932001. 671969. 16 3788. 403798. 773810. 643867. 503816 . 33 D2172. 91187. 81189. 64197. 97187. 081965. 171970. 672016. 332014. 281991. 613874. 413885. 983986. 924096. 853961. 04 D3187. 95200. 96211. 37221. 33205. 401951. 191983. 812107. 322094. 432034. 193722. 813865. 744080. 084203. 513968. 04 Mean174. 79185. 93191. 96199. 891954. 001976. 282026. 192036. 793795. 13850. 173959. 214055. 95 SourceSEm à ±CD (P=0. 05)SEm à ±CD (P=0. 05)SEm à ±CD (P=0. 05) Plant density (D)0. 591. 7210. 1029. 637. 6022. 30 Phosphorus level (P)0. 681. 9911. 6634. 218. 7825. 75 D x P1. 173. 4420. 2059. 2615. 2044. 60 Table 4 : Effect of plant densities and phosphorus levels on number of pods per plant, pod weight per plant and pod yield per plant of vegetable cowpea cv. Arka Garima. Pod length (cm)Pod girth (mm)No. of pods per plant Plant densitiesPhosphorus levels P0P1P2P3MeanP0P1P2P3MeanP0P1P2P3Mean D118. 4721. 8021. 8323. 1321. 3111. 8712. 0012. 2713. 2712. 3515. 1316. 4717. 4718. 3316. 5 D218. 5319. 4020. 6720. 5319. 7811. 3313. 1312. 5312. 0012. 2515. 1316. 0717. 0017. 6716. 47 D316. 8017. 1322. 3322. 2719. 6310. 9311. 2712. 0012. 0711. 5715. 1315. 3316. 0716. 9315. 87 Mean17. 6319. 4421. 6121. 9811. 3812. 1312. 2712. 4415. 1315. 9616. 8417. 64 SourceSEm à ±CD (P=0. 05)SEm à ±CD (P=0. 05)SEm à ±CD (P=0. 05) Plant density (D)0. 120. 340. 220. 650. 120. 36 Phosphorus level (P)0. 130. 390. 260. 750. 140. 42 D x P0. 230. 680. 44NS0. 25NS Table 5 : Effect of plant densities and phosphorus levels on number of pods per plant, pod weight per plant and pod yield per plant of vegetable cowpea
Wednesday, January 8, 2020
Economic Analysis of Remedial Education and How it...
INTRODUCTION Education is an important part of oneââ¬â¢s life. It can shape a studentââ¬â¢s identity, challenge his biases, and encourage him to be inquisitorial and entrepreneurial in his thinking. Education can also push a student through institutions only to ascertain that he meets some minimum standard. Modern day high schools are graduating students in record numbers (Richmond 2013) , but the prevalence of remediation in higher education illustrates the structural failure of American public schools to effectively, adequately, and equitably educate students, especially indigent student populations (Strong American Schools). As such, this issue requires serious public policy consideration. LITERATURE REVIEW The Diploma to Nowhere report byâ⬠¦show more contentâ⬠¦The four-year colleges do not admit remedial students, whereas the community colleges are ââ¬Å"required by charter to accept every New York City high school graduate who applies.â⬠While the city lauds rising enrollment rates as ââ¬Å"evidence of its improved performanceâ⬠CUNYââ¬â¢s community colleges have had to ââ¬Å"double their annual spending on remediation in just a decade, to $33 million.â⬠Kamenev touches on the role of teachers and how remedial classes cheapen the role of college professors to ââ¬Å"de facto high school teachers.â⬠Laura Diamond, reports in The Atlanta Journal-Constitution, that nearly 23,000 Georgians enter college unprepared and have to take ââ¬Å"learning supportâ⬠classes. Up to $22 million is spent in state annually on these remedial courses (Diamond 2010). Remedial course credit does not ââ¬Å"count toward diploma requirementsâ⬠and only about 25% of remedial students in Georgia ââ¬Å"earn a bachelorââ¬â¢s degree within six years.â⬠Some, like Representative Earl Erhart, head of the Georgia House committee that oversees college budgets, do not sugar coat the situation. Ehrhart said, ...college has become a continuation of the K-12 education [these students] never received, and that is not what a college education is supposed to be. ANALYSIS OF THE PROBLEM Public education in America has transformed over time from Horace Mannââ¬â¢s Common School to theShow MoreRelatedNpa in Banks17095 Words à |à 69 PagesOF CONTENTS S.NO. TOPIC PAGE NO. 1. DECLARATION FORM 3 2. ACKNOWLEDGEMENT 4 3. ABSTRACT 6 4. INTRODUCTION â⬠¢ What is NPA â⬠¢ Basel norm I â⬠¢ Evolution of NPAs 8 ââ¬â 12 5. LITERATURE REVIEW â⬠¢ Banking theory ââ¬âhistory and banking system â⬠¢ Banking composition â⬠¢ Banking today and tomorrow 13- 33 6. 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