During a period of drought, members of a community may volunteer to water their lawns every other day, rather than daily. The most important benefit of this action is - It adds nitrogen to the soil It fertilizes the soil It reduces air pollution It conserves the groundwater supply​

Answers

Answer 1

Answer:

hi love you have a nice day      

Explanation:


Related Questions

Where does precipitation occur in the water cycle?

Answers

Answer:

i think precipitation mostly occurs in the clouds

uses of crush in the farm​

Answers

Answer:

ok i dont understand what that is

Explanation:

Answer: The overall purpose of a crush is to hold an animal still to minimise the risk of injury to both the animal and the operator while work on the animal is performed.

Which method of food production is sustainable?
A. Planting only a single type of crop
B. Improving food storage facilities
c. Overusing antibiotics on livestock
D. Practicing intensive farming

Answers

Answer:

Improving food storage facilities

what is the important forest? ​

Answers

A forest is a large area covered cheifly with trees and under growth.

Explanation:

We depend on forests for our survival from the air we breath to the wood we use besides providing habitats for animals and live hoods for humans . Forests also offer water sheds protection and prevent soil erosion and mitigate climate change.

Why do we have wind on earth A. Because the earth moving around the sun B. Because animals are flapping their wings C. Because earth is spinning D. Convection currents

Answers

Answer:

D

Explanation:

:0

what animal kingdoms were divided

Answers

Answer:

The scheme most often used currently divides all living organisms into five kingdoms: Monera (bacteria), Protista, Fungi, Plantae, and Animalia. This coexisted with a scheme dividing life into two main divisions: the Prokaryotae (bacteria, etc.) and the Eukaryotae (animals, plants, fungi, and protists).

which of the following statements correctly describe meiosis

Answers

well i don’t know what you could pick bc the statements aren’t here i don’t think you added them but here is the detention of meiosis // a type of cell division that results in four daughter cells each with half the number of chromosomes of the parent cell, as in the production of gametes and plant spores.

hope that helps
I don’t exactly see the statements, it seems you have forget to add them but if anything you could reply to this with the statements, then I hope I can help!:)

Geologists describe rocks by observing mineral composition and color, texture, and ______.

Answers

Answer:

I believe surface

Explanation:

Energy of activation ________. a. is the energy required for molecules to react with each other b. requires the use of enzymes c. allows for feedback inhibition d. acts on the products of metabolic reactions

Answers

Answer:

a. is the energy required for molecules to react with each other

Explanation:

Activation energy may be defined as the extra energy required to start a reaction and the conversion of reactants into its products. It is the energy required to energize or activate molecules or atoms to undergo a transformation or a chemical reaction.

It is necessary for all types of chemical reaction to proceed. With the help of a catalyst the reaction rate increases as the energy of activation lower for the reaction to start.

A patient with chronic venous insufficiency comes to the doctor's office complaining of leg pain. The physician prescribes two thigh-length gradient compression stockings, 45 mmHg each. HCPCS code(s):______-

Answers

Answer:

What class is this?

Explanation:

(Also if you look it up on gooogle there is an answer.) cannot answer this for you though.

The correct HCPCS Level II codes for two below the knee gradient compression stockings, 18-30 mmHg each, are A6530 x 2.

The HCPCS Level II code A6530 is used to report gradient compression stockings, below knee, 18-30 mmHg, each. The code is divided into two parts: the first part identifies the type of stocking (gradient compression), and the second part identifies the location of the stocking (below knee). The mmHg value indicates the level of compression.

In this case, the patient was prescribed two below the knee gradient compression stockings, 18-30 mmHg each. This means that the physician ordered two stockings, each of which is designed to provide a compression level of 18-30 mmHg.

The correct HCPCS Level II code for this prescription is A6530 x 2. The "x 2" indicates that two stockings are being ordered.

To learn more about chronic venous insufficiency, here

https://brainly.com/question/31838050

#SPJ2

The complete question is:

A patient with chronic venous insufficiency came to the doctor’s office with complaints of bilateral leg pain. The physician prescribed two below the knee gradient compression stockings, 18-30 mmHg each. Assign the correct HCPCS Level II codes.

1. Below is a diagram of the male
reproductive system. Which structure is
represented by D?
A. scrotum
B. testes
C. prostate gland
D. epididymis

Answers

Answer:

A:scrotum

Explanation:

its part of the male reproductive system. I looked it up.

PLEASE HELP ASAP (; question in photo

Answers

Answer:

im like 99% sure its D

Explanation:

im sorry if its wrong :(

i think it’s c, exptotential groth.. sorry if i’m incorrect

Which type of cell are found in the leaves of a tree?
O eukaryotic animal
O chloroplastic
O prokaryotic
O eukaryotic plant

Answers

Answer:

Palisade parenchyma cells

Explanation:

Palisade parenchyma cells are elogated cells located in many leaves just below the epidermal tissue. Spongy mesophyll cells occur below the one or two layers of palisade cells. Ray parenchyma cells occur in wood rays, the structures that transport materials laterally within a woody stem.

Answer:

eukaryotic plant

Explanation:Unit 2 Test: Cells


The rate at which a stars burns its fuel (gas) is based on the star's

Mass
Volume
Shape
Color

Answers

Answer:

based on the mass of the star

In Labrador retrievers, the allele for black coat color (B) is dominant to the allele for brown coat color (b). However, if a lab has two copies of the recessive allele for a pigment-depositing gene (e), it can only have yellow coat color. In a cross of two doubly heterozygous black labs (BbEe x BbEe), what fraction of the next generation would one expect to be yellow

Answers

Answer:

4/16 or 1/4

Explanation:

This question involves two genes; one coding for coat color and the other for pigment color. The allele for black coat color (B) is dominant to the allele for brown coat color (b) while two copies of the recessive allele for a pigment-depositing gene (e) can only have yellow coat color.

In a cross between two heterozygotes (BbEe), the following gametes will be produced by each parent: BE, Be, bE and be. Using these gametes in a punnet square (see attached image), the fraction of the next generation (F2) expected to be yellow i.e. have the genotype (__ee) will be 4/16 or 1/4.

What causes ocean tides to reach higher up on a shore at certain times of day than at others? A. The moon's gravity and Earth's rotation B. The ocean's conveyor belt and refraction C. Earthquakes and volcanoes O D. Temperature and salinity differences​

Answers

Answer:

A

Explanation:

I read about ocean tides. the Moon has an effect on the ocean which causes the ocean to bulge toward the Moon. When the Moon is in alignment with the sun the ocean bulges out more because of the added gravity. The Moon though smaller than the sun has more gravitational pull than the sun.

What two things are shown in this image that are created by an oceanic-continental convergent boundary ?

Answers

Answer:

jj see zj bxjdrbdvzb rhd

If there will be changes on trophic levels, what will be the effects on the ecosystem?

Answers

Answer:

It can significantly alter the homeostasis of the ecosystem

Explanation:

The trophic level is the position that occupies a given organism/ population/species in the food web. In a food web, the trophic levels are organized into a first category (formed by primary producers, e.g., plants), a second level (primary consumers, e.g., herbivores), and subsequent categories (predators, e.g., carnivores). The abrupt change in the number of organisms belonging to the same trophic level generally has a negative effect on the ecosystem by modifying the trophic structure of communities. For example, decreasing the number of producers will produce a decrease in the number of primary consumers, thereby altering the homeostasis (equilibrium) of the entire ecosystem. On some occasions, it may eventually lead to the extinction of populations and species.

NaHC3 is an example of what

Answers

Answer: sodium bicarbonate

Answer:

Baking Soda (sodium Bicarbonate, NaHCO3) Is An Example Of A Base.

Explanation:

17. Why did cover crops fall out of favor in the 20th century?
O A. Selective herbicides were developed to kill weeds.
O B. Cover crops worsen soil structure.
O C. Cover crops reduce water infiltration into the soil.
O D. Cover crops were no longer beneficial.

Answers

Cover crops reduce water infiltration into the soil

What is and example of an molecule
Muscle tissue
Protein
Stomach
Unicellular organism

Answers

An example of an molecule is Protein

2. How is primary succession different from secondary
succession? Giveanexampleofaneventthat may lead primary
succession.

Answers

Answer:

Primary succession is basically the start of a brand new ecosystem. This is when pioneer species form and grow like lichens and some grasses. Secondary succession is when the ecosystem is already started and it's continuing to grow. During this time populations of other species begin to inhabit the ecosystem like shrubs and trees and some animals. Both of these processes take years to complete. An example of an event would be a volcanic eruption, and a wild fire.

Explanation:

Answer:

C. Volcanic Eruption

Explanation:

Just got it right on Edge 2023

Long-term activation by nuclear receptors differs from the more transient membrane receptor signaling for what reason

Answers

i have no idea but i think because long term activation is long term rather than nuclear. this is wrong


6. In general, as both the force and velocity of impact increase, what happens to the diameter of
the resulting blood droplets?

Answers

Answer: depending on viscosity, mass and velocity of impact, if droplet integrity is maintained, as velocity increases, diameter will increase from

Approximately d*sqrt(2) to 2*sqrt(d^3/6a) where d is original diameter and a is thickness when the droplet flattens into a disc.

Explanation:

This applies generally to any liquid droplet, which by inference falls and impacts a solid surface. The impact force is mgh where m= mass, g= acceleration due to gravity, h= initial height.

A liquid droplet deforms on impact. Assume the drop is sperical, then the deformation distance, d= diameter of the droplet then the average impact force = mgh/d.

The droplet may spread, splash or bounce, depending on viscosity and force, which depends on mass and velocity immediately before impact.

All than can be said is that if the droplet maintains integrity it could achieve the shape of half a highly flattened oblate spheroid. Approximating this with a flattened disc of thickness a, and an original volume of 4/3pi(d/2)^3, the volume as a disc =a*pi*r^2 so the horizontal diameter = 2*sqrt(d^3/6a)

It is not really possible from the available data to determine whether the droplet would remain its integrity, but at sufficiently low force/velocity, the droplet could retain a near-hemispherical shape, giving a horizontal diameter of the hemisphere = d*sqrt(2)

As velocity increases, if integrity is maintained, the diameter will increase from the second approximation to the first

You have been tracking an adult female otter who weighs 25 kg. How many kilocalories must she

consume each day to maintain her body weight? Show your work

Answers

Answer:

The correct answer is - 6250 kcal.

Explanation:

Otters are carnivorous mammals that depend on the different types of organisms for their food including snails, insects, and fishes or birds. An otter requires 250 Kcal/kg to maintain its body weight for survival so,

Given:

weight of otter = 25 kg

Requirement 250 kcal per kg

Therefore,

The daily calory consumption of otter: weight * required calories

250*25= 6250 kcalories

Write down chronological order stages of regeneration of a nerve fiber.

Answers

The answer is Regeneration of Neural Tissues

Axon regeneration has three phases: sprouting, elongation, and maturation (McQuarrie, 1983). As Schwann cells dedifferentiate and proliferate, the proximal stumps of the axons sprout by the actin-driven formation of growth cones (Sinicropi and McIlwain, 1987).

Natural selection may affect allele frequency in populations due to the fundamental forces of evolution except which of the
following?
O gene drive
O gene flow
O genetic drift
O mutation

Answers

Answer:

gene flow.

Explanation:

its right I think

(I will give a Brainliest) Can liquid water and steam exist at 100°C?

Answers

Yes It can.

Hope it helps (:

Answer: yes it can!

Explanation: hope you get a good grade!

What is the definition of "earth overshoot day?"

Answers

Answer:

Earth Overshoot Day is the calculated illustrative calendar date on which humanity's resource consumption for the year exceeds Earth’s capacity to regenerate those resources that year. The term "overshoot" represents the level by which human population overshoots the sustainable amount of resources on Earth.

Explanation:

Answer:

Earth Overshoot Day is the calculated illustrative calendar date on which humanity's resource consumption for the year exceeds Earth’s capacity to regenerate those resources that year. The term "overshoot" represents the level by which human population overshoots the sustainable amount of resources on Earth.

What are the different layers that protect the brain and spinal cord? check all that apply

a. bone

b. cerebrospinal fluid

c. muscle

d. meningeal layers

Answers

Answer:

1. Bone 2. cerebrospinal fluid 4. meningeal layer

Explanation:

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Please i dont smoke cause nobody want the smoke (Apoptosis is? ) A)cancerous cellsB)programmed cell death C)non-dividing cellsD)Part of the kinase/cyclin cascade in the allusion she thinks she loves me and christopher columbus thought he was in india what is the meaningneed within 5 minutes please The rate at which a stars burns its fuel (gas) is based on the star'sMassVolume Shape Color What's at stake?Forests are cradles of lifearound four-fifths of all land species live in tropical forests. They play a vital role in regulating our climate by absorbing carbon dioxide, and help maintain our soil and water.Forests directly support around 1.6 billion peoplenearly a quarter of the world's population. And we all rely on them for the air we breathe and the countless products they provide.But over the last half-century, people have destroyed forests at an alarming rate. We've already lost around half of the world's original forests.The story so farIn the early 1990s, we campaigned to stop the timber industry destroying and degrading the world's forests.At the time, few businesses believed they were responsible for where their timber came from. Those that did claim to sell products from well-managed forests had no way of proving it."Businesses didn't think the environment was their concern," recalls Jean-Paul Jeanrenaud, who led WWF-UK's work on forests at the time."We had chief executives slamming the phone down on us. I even had people threaten to punch me."How things have changed In September 1991, British DIY chain B&Q committed to working with us to buy only legal, sustainable timber. By the end of that year, 16 large UK companies had committed to sourcing their timber products from well-managed forests.That was the beginning of our Global Forest & Trade Network. 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Many of the most well known circus performers began their careersin their early teens or even younger.Bird Millman was a famous tightropewalkerin the early 20th century. Her parents brought her into thecircus at only six years old to perform with trained ponies. Her familys acts soon included not onlyponies, but also trapezes and tightrope walking. One day when Bird was ten, her father was badly hurtin an accident. While Birds mother took her father to the hospital, Bird performed all by herself! Soonshe became wellknown for her tightrope acts, for which she danced and sang as she walked across thewire. Bird even performed some stunts on a rope tied between two New York City skyscrapers!Another famous performer, Ella Bradna, also grew up in a circus, where she learned ballet, tightropewalking, and bareback riding. Ellas older sister was the star rider of the circus, but when her sister felland broke both legs, elevenyearold Ella took her place in the act. 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