to eliminate caffeine from their diet. Central idea: By reducing the use of caffeine‚ individuals can break their addiction and become healthier. They can regain their sleep‚ activeness and become more aware. Introduction I. Imagine‚ you’ve got a math test tomorrow that you’ve hardly studied for and not to mention that a fifteen page paper you’ve also got due tomorrow. It’s already after midnight and you’ve only got 3 pages written. How are you going to stay awake? II. Caffeine is used to provide
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The Effect Salt Water Has On Radish Plant Growth By: Collins Azubuike
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Testing the effect of light and gravity on plant growth By: Michael Henry Analysis and Conclusion Part.A Day | Change in degree | 1 | 0° | 2 | 63° | 3 | 71° | 4 | 71° | 5 | 78° | Part.B Day | Box with Hole | Box with no Hole | 1 | The plant grew 4.5 inches normally | The plant grew 1.5 inches bit in a rolled/wavy way | 2 | There
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The truth about caffeine How many of you here consider yourself caffeine addicts? How much coffee do you drink a day? One cup? Two cups? More? If you crave caffeine to get you through the day‚ you’re not alone. About 68% of Americans say they’re hooked on coffee this year‚ compared with 64% last year‚ according to the National Coffee Association. But of course‚ Caffeine and related compounds are found not only in coffee‚ but also in tea‚ soft drinks‚ and chocolate. Most
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ABSTRACT The effect of different levels of radiation was determined using four set-ups-10kR‚ 30kR‚ 50 kR‚ and the control (no radiation). The four set-ups were observed for nine weeks and growth (in cm)‚ germination‚ and survival rate was measured. Results showed that at the right level of radiation level (10 kR)‚ radiation have a positive effect on the plant growth and has the same germination and survival rate from the control set up. The 30 kR set up and 50 kR set up are relatively smaller
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The Effect of Gray Water on the Growth of a Mongo Plant An Investigatory Project Presented to: Ms. Ailene Hijara Faculty of Science Department Statefields School Inc. In Partial Fulfillment of the Requirements for CHEMISTRY By: Jonnah Bianca Hugo Mariel Faith Defensor Riciel Camille Frigillana Gabriel Joshua Palma Jean Paolo Paglicawan Acknowledgment The researchers are heartily thankful to their Chemistry teacher‚ Ms. Ai Hijara‚ whose encouragement‚ guidance and support from the initial to
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EFFECT OF USING ARTIFICIAL LIGHTING WITH PLANT GROWTH A Science Investigatory Project Presented to: Mr. Marvin Jay Maming Atheneum School Noveleta‚ Cavite In Partial Fulfillment of the Requirements in Chemistry II Jasan Robey Mangalindan Ian Marlo Sintos March 2012 CHAPTER 1 Background of the Study A plant can only have 12 hours of sunlight or less and for some plants this is too much or too short. Light is the main source of plants for food production‚ and also for the growth of a plant. It
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The Effect of different soil types on plant growth Introduction Australian Gardeners are continually looking for better and cheaper options to improve the growth in their gardens. In Chinchilla‚ it is common to see rich vibrant coloured loam‚ but this is not suited to all plants. Common gardeners will find that it is important to understand what soil type they are on and how the climate conditions that surround the area may affect the growth of the plants they wish to establish‚ which contributes
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AbstractDifferent pH level may affect the growth and development of the plants. Certain key words include: pH level‚ germination‚ acidity‚ osmosis and diffusion. This experiment examines the effects of different pH level of vinegar on the growth of bean plants. Materials used in this experiment consist of: water (pH 6)‚ vinegar with the pH level of 3‚ 4 and 5 (each one were made before experiment)‚ beans‚ soil‚ and pots. Eight bean plants were planted‚ two were watered with pH 6 and the other ones were
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The Effect of Different Colored Light on Plant Growth Results I measured each plant on days 7‚ 9‚ 11‚ 13‚ 15‚ 20‚ and 32‚ after planting. The plants under the green cellophane grew the most in every measurement. The biggest growth spurt for the plants under the green cellophane was from day seven to day nine. By day 13‚ the plants under the purple and red cellophane started to grow at similar rates as compared with those under the green cellophane. By day 32‚ the plants underneath the green
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