The effects of pH on mung beans Gloria Cheng Winsy Cheung Lily Wong Christine Yen January 15‚ 1998 Abstract This experiment explores how different pH environments affect the growth of mung beans. The mung beans were grown in water with various pH levels‚ consisted of pH levels 5‚ 6‚ 7‚ 8‚ and 9. A replicated design was used consisting of 3 runs for each pH level. The following results are listed in order of pH levels allowing most growth to least growth of the mung beans: 7‚ 8‚ 6‚ 5‚ and 9. These
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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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I. PROBLEM What is the role of sunlight on the germination of Vigna radiata (Mung bean) seed? II. TITLE The role of sunlight on the germination of Vigna radiata seed. III. RATIONALE The germination of the seed is a physiological event. The light is one of the most important environmental factors for germination of seeds. The seeds of many species do not germinate in the dark. Vigna radiata seed or Mung bean seed as it commonly called will be used for the study since it can be prepared
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Effect of Salt Solution on Mung Bean Growth Hypothesis: If the Mung Beans are watered with a higher salt solution‚ then less Mung Beans will sprout. John Murrell 9-18-12 Magnet Biology Introduction This experiment was done to test the effect of salt solution on mung bean growth. Generally when you grow mung beans you soak them in water for eight to twelve hours and then put them in a separate container to sprout. Since this experiment was not monitored every hour‚ and had limited
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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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Summary of Findings 1. Music affects the growth of Mung beans. As established in the experiment and based on the data gathered‚ music has a great effect on the growth of Mung beans. The varying degree of effect is dependent on the type or tempo of music to be played. 2. In general‚ music helps in the growth of plants. It hastens the growth of plants. As we conducted and observed our experiment‚ we noticed that classical music helps the Mung beans’ growth. Plants exposed to rock music grew slower
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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 on plant
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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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Investigating the effect of intraspecific competition on the growth of mung beans Introduction When plants reproduce‚ size is highly correlated with reproductive. The struggle for reproductive survival among plants is the struggle to grow in the face of competition from neighbours. So the question this experiment asks is how competition affects the growth of plants. A plant growing in a nutrient-abundant environment free from competition will exhibit maximum growth. One way to address this question
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