A student grows four dandelion plants with different amounts of water. The table shows the plants at day 10 and the amount of water each is given daily. Plant Amount of Water per 4 8. 12 Day (ml) Which observation can the student make about the dandelions? O The tallest plants received 8 mLof water per day. O The shortest plants received 12 ml of water per day. O Dandelions grow best with more than 10 ml of water per day. O Dandelions grow best with less than 4 ml of water per day. hp DII $4 & 8. 3) 4

A student grows four dandelion plants with different amounts of water. The table shows the plants at day 10 and the amount of water each is given daily. Plant Amount of Water per 4 8. 12 Day (ml) Which observation can the student make about the dandelions? O The tallest plants received 8 mLof water per day. O The shortest plants received 12 ml of water per day. O Dandelions grow best with more than 10 ml of water per day. O Dandelions grow best with less than 4 ml of water per day. hp DII $4 & 8. 3) 4

Science Of Agriculture Biological Approach

5th Edition

ISBN:9780357229323

Author:Herren

Publisher:Herren

Chapter23: Producing Organically Grown Products

Section: Chapter Questions

Problem 2SLA

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A student grows four dandelion plants with different amounts of water. The table shows the plants at day 10 and the amount of water each is given daily. Plant Amount of Water per 8. 12 Day (mL) Which observation can the student make about the dandelions? O The tallest plants received 8 mL of water per day. O The shortest plants received 12 mL of water per day. O Dandelions grow best with more than 10 mL of water per day. O Dandelions grow best with less than 4 ml of water per day. hp esc %23 24 & tab e d f h. k C V m alt alt
A student transplants four plants and measures their heights. For the next month, the student gives the plants different amounts of water. After one month, the student measures the height of the plants again. Height At End (cm) Amount of Amount of Height at Start (cm) Water Weekly Sunlight Daily (L) (hrs) Plant 1 0.7 8. Plant 2 0.1 8 Plant 3 0.5 8. 6.5 Plant 4 0.3 85 8 5555
No more than five sentences provide the SWOT analysis on plant based calcium sources. pick a calcium plant hw help please thank you
Please help me with questions 1 through 3. I greatly appreciate it and thank you very much! 1. Write down 4 keywords you will use in your search to find articles on your experimental organism, Brassica rapa. 2. Give an example of an chemical variable and describe how it may affect plant growth. 3.Give an example of a biological variable and describe how it may affect plant growth.
two seedlings that weight 5 grams are planted, each into a pot containing 3 kg of soil. Plant "A" is given 3 grams of nitrogen, phosphorus, and potassium each per year and plant "B" is not. Both plants are kept on the same green house and given the same amount of water and light. After 5 years the plants are allowed to dry completely. the soil and dried plants are weighed again. The soil from both containers weighs 2.8 kg Plant "A" has a dry mass of 6 kg Plant "B" has a dry mass of 2 kg Where Did the matter come from as the plants grew? Explain your answer
two seedlings that weight 5 grams are planted, each into a pot containing 3 kg of soil. Plant "A" is given 3 grams of nitrogen, phosphorus, and potassium each per year and plant "B" is not. Both plants are kept on the same green house and given the same amount of water and light. After 5 years the plants are allowed to dry completely. the soil and dried plants are weighed again. The soil from both containers weighs 2.8 kg Plant "A" has a dry mass of 6 kg Plant "B" has a dry mass of 2 kg Over the five years plant "A" was given a total of 45 grams of Fertilizer. Describe using your knowledge of nutrient cycles and limiting nutrients, how that small of an amount of fertilizer can result in 4 kg of difference in growth of the two plants. *
Jenny wanted to plant sunflowers, but wasn't sure of the best place to plant them on her property - so she decided to investigate! Jenny planted 6 sunflowers where they would get sun all day, 6 where they would get some sun and some shade, and 6 where they would be in total shade all day. Jenny watered all of the sunflowers at the same time of day with the same amount of water. After 3 months Jenny measured how tall the sunflowers in each location were. What is the hypothesis that Jenny was testing? Choose all that apply. Question options: A Amount of water affects plant growth B Plant growth is affected by light exposure C Plant growth is affected by the time of day of watering D Amount of light affects plant growth because light is required for photosynthesis
ogy Spring21 ollowing by clicking the arrow and select right choice. rmant seeds have high amount of this plant gulator Choose.. ficiency causes Abscisic acid disease is caused by the deficie Copper solution in hydroponics has to b ly for- Tween-80 sprays, it is used as surfactant Divalent phosphate ate ions are absorbed by plants as Manganese am cells differentiate into xylem tr Zink tip disease in cereals is caused by pH change onutrient required for tough seed fo Ripening of chlorophyll, degradation of nuclei s due to- Cytokinin Calcium Охудen Monovalent phosphate Senescence
a. Effect of Light Bury the radish seeds in the beaker, a few millimeters below the surface of the soil. Water to moisten the soil. Cover the beakerWfo with the dark box for three days to germinate. Cover the tips of the first two shoots with aluminum caps. Leave the remaining two shoots uncovered. Cover the plant with the open cardboard box which allows light to enter from only one direction. Grow the radish plant for four days. Place your observations on the tables below. A screenshot of the results of the first procedure is provided on the right. Effects of Light on Radish Seedlings Seedling Grown in Light or dark Dark Direction of Shoot Dark Light Light Choose the letter of statement/s that correctly interprets the results in the table. Write your answers in the box provided on the answer sheet. a. The seedling covered with foil (1,2) are in upright position. b. Seedlings 3 & 4 grows sideways. c. The direction of the tilting of the uncovered plants is directed towards the light. d.…
Туpe of Plantwater Type of Metal Start Day 10 Day 3 Day 25 Roots begin pH=7 Weight =0.99 grams Plant with Weight= 0.94 neutral water Many roots over 3 inches long Steel in neutral water (pH=7) to grow on bottom (pH=7) Steel in acid rain (pH=4) pH=4 Weight-D0.99 grams Weight = 0.90 No change on Plant with acid rain Leaves have shriveled and the bottom (pH=4) died How might acid rain damage nature and man made objects? Use the results from our experiments above as evidence. eaker notes
Q4. Select the missing evaluation given the plant characteristic. Plant Characteristic Underground stem with thick, fleshy stem Above the ground horizontal growing stem Growing horizontally underground with nodes on the surface Non-fleshy growing underground stem Eyes on the surface Evaluation
pedirá que complete otra colección de escritura. Writing Prompt / Indicación de Escritura: A group of students wanted to test how the amount of water a plant receives affects its growth. To test this, students placed three identical plants in identical pots using the same soil. Each plant received a different amount of water each day, and plant growth was measured at the end of each week. Write a PROCEDURE the students can follow to conduct this experiment. * Your answer Submit Never submit passwords through Google Forms.