What is the importance of seepage in the plants and animals
1. What is the importance of seepage in the plants and animals
Answer:
Seepage is important for plants and animals because its flow may keep the water from freezing during winter and they are the first to green up in the spring.
Answer:
Seepage are important for animals and plants because their flow may keep the water from freezing during winter and they are the first to green up in the spring.
Explanation:
Seepage, in soil engineering, movement of water in soils, often a critical problem in building foundations. Seepage depends on several factors, including permeability of the soil and the pressure gradient, essentially the combination of forces acting on water through gravity and other factors.
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hope it helps
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2. what is the importance of seepage in plants and animals
Answer:
Seepage are important for animals and plants because their flow may keep the water from freezing during winter and they are the first to green up in the spring.
Answer:
The role of groundwater seepage in sediment chemistry and nutrient budgets in Mirror Lake, ... Environmental controls of plant species diversity in coastal plain pondshore communities.
Explanation:
sana makatulong
3. What is the importance of seepage in plants and animals?
Seepage are important for animals and plants because their flow may keep the water from freezing during winter and they are the first to green up in the spring.
Answer:
Seepage is important for animals and plants because their flow may keep the water from freezing during winter and they are the first to green up in the spring.
4. 11.Why do we need to fix and repair the levee?A. To prevent from rat infestationB. To prevent seepage from the paddyC. To prevent the growth of weedsAll of the abovehofore nlowing?
Answer:
C po
Explanation:
YAN LANG PO ANG KAYA KONG SAGOT AND I HOPE IT'S HELPS PO
5. DIRECTION: Trace the path of the Water Cycle by writing the LETTERS in the diagram to the descriptions written below. Good Luck! ______ 1. Transpiration of plants ______ 2. Precipitation of rain ______ 3. Run-off from the land surface______ 4. Seepage from the ground ______ 5. Evaporation o water
Answer:
1.E
2.A
3.C
4.D
5.B
I hope this helps!
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6. the number.1. Which factor is concerned with the growth of weeds?a.Excessive Rainsc. Over and Intensive Irrigationb. Submergence due to floods d. Seepage of water through the canals2 When do crons grow well?
Answer:
excessive rain
Explanation:
because it makes the weed grow and become more sustainable
7. 7. The loss of water from the leaves in the form of water vapoura. Transpiration b. Percolationc. irrigationd. seepage
.-* Question : ˖꒰ᵕ༚ᵕ⑅꒱
The loss of water from the leaves in the form of water vapour.
a. Transpirationb. Percolation
c. Irrigation
d. Seepage
============================
➣Transpiration is the loss of water from the leaves in the form of water vapour.
============================
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kleyaah⚘
8. Read and understand the questions below. Choose the letter of the best antwer and write it on he blank provided.. 1. It is one of the most important factors in increasing production of our staple food A. soil D. fertilizer B. water C. sunlight 2. It is a large dam or small water Impounding dam. B. dam A. Pumping type C. reservoir type D. irrigation 3. To determine the right amount of water to use, consider the following except: A. water system Crice varjety D. types of soll B. season 4. It is the direct loss of water from A percolation B. seepage the water surface or moist soll surface. C. transpiration D. evaporation 5. it is the loss of water A transpiration from the leaves. D. evaporation C. percolation 8. seepage 6. It is the downward flow of water. A transpiration 7. Water may be lost B. percolation C. seepage through the following processes except: D. evaporation A transpiration B. percolation C. dryness D. evaporation 8. It is a shallow canal to remove excess water from the field when not needed. A pumping system B. irrigation C. dam D. drainage 9. It is the application of water needed by the plant by means of any method. A pumping system 10. It is the stage of rice B. Irrigation growth when the content of the grain becomes milky C dam D. drainage A panicle Initiation B. irrigation C. milky stage O. drainage
1.C
2.C
3.B
4.B
5.A
6.C
7.B
8.D
9.B
9. 1. When a piece of land to be irrigated is not uniformly or properly graded.a. Over irrigation b. seepage c. poor grading of land d. deep percolation2. A farmer should not use more water than his crop needsa. Over irrigation b. seepagec. poor grading of land d. deep percolation3. The horizontal passage of water from an irrigation canal through the surrounding ground.a. Over irrigation b. seepage c. poor grading of land d. deep percolation4. The vertical downward movement of water. Water that sinks much deeper than the roots ofthe plants is wasted water.a. Over irrigation b. seepagec. poor grading of land d. deep percolation.5. This refers to the loss of water from plant parts, soil surface and even from bodies of waterwith the aid of sunlight.a. Direct evaporationb. poor grading of landd. deep percolation.b. seepage
Answer:
1. a. Over irrigation
2. c. poor grading
3. d. deep percolation
4. a. Over irrigation
5. a. Direct evaporation
Hope is helping
Explanation:
10. what is the importance of seepage in plants and animals?
Answer:
may pag pipilian po ba?
Explanation:
send pag pipilian
11. what is the definition of subirrigation era? Subirrigation also known as seepage irrigation, is a method of irrigation where water is delive to the plant root zone. The excess may be collected for reuse. ... Advantages are water and nutrient conservation, and labor-saving. The outfitting cost is relatively high
Answer:
Subirrigation is a method of watering plants or crops from beneath the soil surface. In subirrigation, water is delivered to the roots of plants through a system of underground pipes or tubes that are perforated to allow water to seep out slowly and evenly. The water is drawn up by capillary action, which means that it moves up through the soil and is taken up by the plant's roots as needed.
Subirrigation is often used in areas with high water tables or in situations where traditional irrigation methods are not practical or efficient. It can be used in a variety of agricultural and horticultural settings, such as greenhouses, nurseries, and field crops. Subirrigation can help to conserve water by reducing evaporation and runoff, and can also reduce the risk of disease and pests that thrive in wet conditions.
Explanation:
brainliest tnx
12. | DIRECTIONS: Fill in the given descriptions in the box with the letters that best represents the description.114.1. Vaaration ofWer2. Seepage to the croonePrecipitation
answer
gusto mo gawa tayu baby masarap yun sa k a m a
13. Pahelppp heheee 12. Forest provide many benefits to wildlife. How do forests help conserve soil andwater?A. Forest help produce soil and purify water.B. fallen dried leaves in the forest protect the soil and water. C. Roots of trees hold topsoil and increase the seepage of water.D. Water is stored in the tree trunks and soil in the tree roots.Thanksss in advanceeee! : ) >-
Answer:
D. or B. But I think it's B.
Explanation:
Pa brainiest salamat
14. Pa answer ito +10 pointsComplete the flowchart about cleaning and storing tools equipment and material in front office service. after answering each box. Color it with any coloring materials use only like Colors. to answer this activity seepage 6-10 of your module
Ito Po answer Hmm diko alam kung ganyan ba
15. 2. which one consider as the ability of the seed to germinate normallya. Puddled soilb. LodgingC. SeepageSeed viability
Answer:
C. Seepage
Seed viability
Explanation:
i hope it's help:)))))
16. give an example of evaporation, percolation, seepage and transpiration
Answer:
(Example of evaporation) Evaporation of acetone which is used for removing nail paint is another everyday example of evaporationPercolation happens when liquid is strained through a filter, like when someone makes coffee.An example of transpiration is when a plant absorbs water in its roots. The act or process of transpiring, especially through the stomata of plant tissue or the pores of the skin.Explanation:
Sana makatulong yan lang po alam ko
17. 1. Apart from evaporation, another cause of water loss in the pond is seepage (water that is lost through the bottom of the pond, through the dikes by infiltration and the drainage system of the pond). If the volume of the pond remains to be 2,000 m3 and water loss due to evaporation remains to be 128.25 m3 per month, answer the following if the seepage loss is 21 m3 per day: a. What is the equation that will best represent this problem?
Answer:
ah taray kaata te no te need yor help
18. 2. which one consider as the ability of the seed to germinate normallya. Puddled soilb. LodgingC. Seepaged. Seed viability
Answer:
D. SEED VIABILITY
Explanation:
Viability. A viable seed is one which is capable of germination under suitable conditions. The definition includes dormant but viable seeds, in which case the dormancy must be broken before viability can be measured by germination.
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19. DIRECTIONS: Fill in the given descriptions in the box with the letters that best represents thedescription. Use the image as your guide.A.А.ED1. Evaporation of Water2. Seepage from the Ground3. Precipitation4. run off from the surface5. transpiration in plants
Answer:
sagot nmn diyan..kaylangan ko
20. 5. What is the importance of seepage in plants and animals?
Answer:
Seepage are important for animals and plants because their flow may keep the water from freezing during winter and they are the first to green up in the spring.
21. 4 Below are ways by which irrigation water is lost except one: A. Percolation B. Evaporation oiding lifting radius and lifting height C. Seepage d. absortion
d.
because tama ako sa sagot ko pa brainliest nalang to at follow tnx
22. II. DIRECTIONS: Fill in the given descriptions in the box with the letters that bestrepresents the description. Use the image as your guide and write your answers in thenotebookA.AEaBс1. Evaporation of Water4. run off from the surface2. Seepage from the Ground5. transpiration in plants3. Precipitation
Answer:
1.B2.C3.A4.D5.EExplanation:
hope it helps tama po yan:)
23. calculate the coefficient of permeability of a soil sample, 8 cm in height and 55 cm2 in cross-sectional area, if a quantity of water equal to 600 ml passed down in 15 minutes under an effective constant head of 60 cm. On over drying the test specimen weighs 650 gms. Taking the specific gravity of solids as 2.67 ,calculate the Seepage velocity of water during the test.
Answer:
[tex]k=1.6162\times10^{-3}[/tex] cm/sec
[tex]v_s=0.0259[/tex] cm/sec
Explanation:
FORMULAS:
Constant head permeability test:
[tex]k=\dfrac{VL}{Aht}[/tex]
where:
k = coefficient of permeability
V = volume of water collected
L = length of the soil specimen
A = cross-sectional area of the soil specimen
h = constant head
t = duration of water collection
Discharge velocity:
[tex]v=ki[/tex]
where:
v = discharge velocity
k = coefficient of permeability
i = hydraulic gradient (i = h/L)
Seepage velocity:
[tex]v_s=\dfrac{v}{n}[/tex]
where:
[tex]v_s[/tex] = seepage velocity
v = discharge velocity
n = porosity
Dry unit weight:
[tex]\gamma_d=\dfrac{Ws}{V}[/tex]
[tex]\gamma_d=\dfrac{G_s\gamma_w}{1+e}[/tex]
where:
[tex]\gamma_d[/tex] = dry unit weight
[tex]W_s[/tex] = weight of the soil solids
V = volume of the soil specimen
[tex]G_s[/tex] = specific gravity of the soil solids
[tex]\gamma_w[/tex] = unit weight of water
e = void ratio
Porosity:
[tex]n=\dfrac{e}{1+e}[/tex]
where:
n = porosity
e = void ratio
SOLUTION:
1. Coefficient of permeability, k:
[tex]k=\dfrac{VL}{Aht}[/tex]
V = 600 ml = 600 cc
L = 8 cm
A = 55 cm²
h = 60 cm
t = 15 mins = 900 sec
[tex]\\[/tex]
[tex]k=\dfrac{(600)(8)}{(55)(60)(900)}[/tex]
[tex]k=1.6162\times10^{-3}[/tex] cm/sec (ANSWER)
2. Seepage velocity, [tex]v_s[/tex]:
[tex]\gamma_d=\dfrac{W_s}{V}[/tex]
[tex]W_s[/tex] = 650 grams
V = AL = (55)(8) = 440 cc
[tex]\\[/tex]
[tex]\gamma_d=\dfrac{650}{440}[/tex]
[tex]\gamma_d=1.4773[/tex] g/cc
[tex]\\[/tex]
[tex]\gamma_d=\dfrac{G_s \gamma_w}{1+e}[/tex]
[tex]e=\dfrac{G_s \gamma_w}{\gamma_d}-1[/tex]
[tex]G_s[/tex] = 2.67
[tex]\gamma_w[/tex] = 1 g/cc
[tex]\gamma_d[/tex] = 1.773 g/cc
[tex]\\[/tex]
[tex]e=\dfrac{2.67(1)}{1.4773}-1[/tex]
[tex]e=0.8074[/tex]
[tex]\\[/tex]
[tex]n=\dfrac{e}{1+e}[/tex]
[tex]n=\dfrac{0.8074}{1+0.8074}[/tex]
[tex]n=0.4467[/tex]
[tex]\\[/tex]
[tex]v=ki[/tex]
[tex]v=k\dfrac{h}{L}[/tex]
[tex]v=(1.6162\times10^{-3})\left(\dfrac{60}{8}\right)[/tex]
[tex]v=0.0121[/tex] cm/sec
[tex]\\[/tex]
[tex]v_s=\dfrac{v}{n}[/tex]
[tex]v_s=\dfrac{0.0121}{0.4467}[/tex]
[tex]v_s=0.0271[/tex] cm/sec (ANSWER)
Solution:
See the attached file which contains the solution.
24. Instruction: Read each item carefully. Write the letter of the best answer in your answer sheet. 1. Which of the following is NOT a purpose of drying the fish pond? a. To add disease-causing organisms b. To eradicate fishpond pests, predators, and competitors c. To totally harvest the fish stock d. To hasten the chemical decomposition of organic matters deposited so that nutrients will become available for the growth of fish food in the fishpond 2. The following guidelines help avoid hand tool injuries EXCEPT a. right tool for the job b. good condition 3. The following are sources of organic matter EXCEPT b. chicken manure a. dead algae 5. It is the process of dewatering a. Pond Drying c. non-biodegradable food wrapper d. uneaten feeds 4. It is the most versatile and widely used shovel for digging, scooping or shoveling dirt from one point to another. a. Irrigation Shovel b. Round Point Shovel c. Garden Shovel d. Scoop Shovel c. watching the body 6. It stimulates the growth of natural food for the pond a. Fertilization b. Pond Washing the pond after harvest to eliminate old stocks, predators and unwanted species. b. Pond Washing c. Pond Draining d. Water Exchange c. Pond Draining d. Pond Drying 7. Organic pesticides are recommended in the fish pond preparation. Which of the following is NOT an organic pesticide? a. Rotenone b. Tobacco Dust c. Derris Root d. Pond Sprayer 8. It is a preventive measure or remedial process to increase alkalinity of the ponds, consequently improve aquatic organism survival, optimize growth, and ensure desirable water quality. a. Pond Drying b. Liming c. Pond Draining d. Pesticide Application 9. How can seepages in the fish pond become disadvantageous to fish farmers? a. Seepages cause fish pond water loss. d. proper storage b. Seepages, if not resealed, increase pumping costs due to the much loss of fish pond water. c. Seepages need time to be resealed. d. Seepages are uneasy to be resealed. 10. It is the process of exposing the pond bottom to sunlight to allow the soil to crack. a. Pond Draining b. Pond Washing c. Pond Drying d. Water Exchange 11. Any suspended solids in the water contribute to the turbidity of the water. What is the most effective solution to this? a. Rake the sediments out of the pond. b. Conduct water exchange. c. Flush the water away from the fish pond and dry it d. Use Secchi Disc. 12. Which of the following is NOT a kind of natural food commonly eaten by fishes? a. Darak b. Plankton c. Lab-lab d. Lumut 13. How are carnivorous fishes considered? a. Competitors b. Predators c. Nuisances d. Pests
1. C
2. A
3. C
4. A
5. C
6. B
7. B
8. A
9. C
10. A
HOPE IT HELPS
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AND I'LL CHANGE MY ANSWER HAVE A GOOD DAY!
25. In what processes water may be lost in the field?A. Evaporation B. Percolation C. Seepage D. All of the above
Answer:
D. All of the above
Explanation:
Brainliest pls
the answer is A
Yung explanation nasa picture ❣️
26. For a constant laboratory perneability test on a fine sand, the following data are given: determine the coefficient of permeability in cm/sec and seepage velocity in cm/sec
Answer:
saan Ang sasagutan
Explanation:
where
27. it isalso known as seepage irrigation?A.CultivatingB.Off-barringC.Hilling-upD.Sub-irrigation
Answer:
B.Off-barring
Explanation:
Im not sure pero try
28. A.BootsE. Sickle1. Ploughing using animalM. IrrigationB. FertilizerF. GlovesJ. Harrowing using tractorN. SeepageC. HelmetG. HarvesterK. Pest control0. TransplantingD. SeedsH. GogglesL. Fertilizer application21.22.23...24.
Answer:
21. C.
22. L.
23. K.
24. J.
Explanation:
AYUSIN MO PAG PIC DI KO MEDJO MAKITA EH.
29. 10. The silica gel which is used to protect sealed overseas shipments from moisture seepage has asurface area of 600,000m²/ kg. What is its surface area in ft²/g?
CONVERSION ANALYSIS
GIVEN:
[tex]A = 600,000 \frac{m^{2}}{kg}[/tex]
[tex]\frac{m^{2}}{kg}[/tex] ⇒ [tex]\frac{ft^{2}}{g}[/tex]
CONVERSION FACTOR:
1 m = 3.28084 ft
1 kg = 1000 g (or 0.001 kg = 1 g)
SOLUTION:
[tex]= 600,000 \frac{m^{2}}{kg}[/tex] × [tex](\frac{3.28084 ft}{1 m})^{2}[/tex] × [tex]\frac{1 kg}{1000 g}[/tex]
[tex]= 6458.34666336 \frac{ft^{2}}{g}[/tex]
≈ [tex]6458.35 \frac{ft^{2}}{g}[/tex]
ANSWER:
A ≈ [tex]6458.35 \frac{ft^{2}}{g}[/tex]
Answer:
the answer is 6458346.25 ft^2/g
30. . section 7.2 described the importance of total head and hydraulic gradient on the seepage of water through permeable soil media. in this problem, we will study the variations of head along the axis of a soil specimen through which seepage is occurring. consider the setup shown in figure 7.34 (similar to example 7.15) in which three different soil layers, each 200 mm in length, are located inside a cylindrical tube of diameter 150 mm. a constant-head difference of 470 mm is maintained across the soil sample. the porosities and hydraulic conductivities of the three soils in the direction of the flow are given here.
Answer:
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Explanation:
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