Title: Amount of Oxygen‚ Mung Beans (Vigna Radiata) Consume during Cellular Respiration Introduction: Cellular respiration is a catabolic reaction that refers to the process of converting chemical energy of organic molecules into a simplify form so it can be used immediately by organism. Glucose may be oxidized completely if sufficient oxygen is available‚ by the following equation: C6H12O6 + 36 ADP + 36Pi + 6O2(g) 6 H2O + 6 CO2(g) + 38 ATP + heat All organisms‚ including plants and animals
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explore how temperature would influence the rate of cellular respiration of beans. It was hypothesized that as the temperature of the beans increased‚ the rate of cellular respiration would increase as well. In this experiment‚ the independent variable was the temperature‚ which gradually increased as time went by‚ and the dependent variable was the rate of cellular respiration‚ which was shown by the change in the amount of CO2 and O2 in the container. During the experiment‚ 25 cooled beans were put
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Abstract The Seeds of Mung bean‚ wheat‚ and silver beet were tested in environments of differing salinities to note down if high salinity environments were worse for the seeds. It was found that generally lower concentrations were better for germination then higher concentrations. Despite this‚ the hypothesis was not completely supported as in wheat and silver beet the second concentration had a higher rate of germination than the control and in all instances the highest concentration had a higher
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The mung or moong bean[1] (also known as green gram or golden gram) is the seed of Vigna radiata‚[2][3] native to the Indian subcontinent‚[4] and mainly cultivated in India‚ China‚ The mung bean was domesticated in Mongolia‚ where its progenitor (Vigna radiata subspecies sublobata) occurs wild.[6][7] Archaeological evidence has turned up carbonized mung beans on many sites in India.[8] Areas with early finds include the eastern zone of the Harappan civilization in Punjab and Haryana‚ where finds
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EFFECT OF VERMICOMPOST ON THE GROWTH OF MUNG BEANS (Vigna radiata) Table of Contents Abstract Table of Contents Chapter I - Introduction a. Background of the Study b. Statement of the Problem c. Statement of the Hypothesis d. Significance of the Study e. Scope and Limitations of the Study f. Definition of Terms Chapter II - Review of Related Literature a. Related Studies b. Conceptual Framework Chapter III - Methodology a. Materials b. Methods/Procedure Chapter IV -
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Measuring the Effect of Density on Growth of Mung Bean (Vigna radiata) Plants Wylliam Wagoner1 1 Population and Community Ecology‚ Butler University‚ Indianapolis‚ Indiana 46208‚ USA ABSTRACT For this experiment‚ we set out to find if density and time had an effect on growth of mung bean plants. We decided to test evidence of growth by measuring plant biomass. We measured the biomass each week for four weeks of plants grown at different densities. We found that density had an overall effect
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The effect of food source (mung bean Vigna radiata vs. black-eyed pea Vigna unguiculata) on relative inhibition of acetylcholinerase due to malaoxon in bean beetle Callosobruchus maculatus Background and Hypotheses: Recent studies‚ most notably Gbaye et al. (2011‚ 2012)‚ have investigated the sensitivity of bean beetles in the genus Callosobruchus to organophosphate insecticides (OPs). Economically this is important work given that these beetles are pests that threaten agricultural yields
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|AP Cellular Respiration Lab Report | |Lab #3 | | | |
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How does water temperature affect the amount of dissolved oxygen? Ⅰ. Introduction Dissolved oxygen is just one of the many ways to measure water quality. It means the volume of oxygen that is contained in water. The amount of dissolved oxygen in water usually determines the quantity of organisms living in that water. Dissolved oxygen levels vary by how much oxygen the water can hold‚ how much oxygen is produced by photosynthesis‚ and how much oxygen is consumed by respiration. If water is too warm
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Sprouts Put 1/3 - 1/2 Cup of seed* into a bowl or Sprouter. Note: Mung Beans are grown in China by farmers - often with little machinery. After harvest they are left to dry on gravel roads - so they are dusty. So: Prep before Soaking‚ by running water through them until the exiting water runs clear. It doesn’t take long - they aren’t very dirty nowadays. Is that not cool?! The dust/dirt you just washed off of your Mungs was part of a Chinese road!!! Add 2-3 times as much cool (70°) water
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