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What else can I help you with?
Why sunlight Is needed for photosynthesis?
Sunlight is needed for photosynthesis because it provides the energy that plants use to convert carbon dioxide and water into glucose (sugar) and oxygen. This process, known as photosynthesis, is essential for plants to produce food and oxygen, which are necessary for their survival and growth. Without sunlight, plants would not be able to carry out photosynthesis and sustain themselves.
How does the water cycle begin?
evaporation( on the basic three step water cycle followed by condensation, and precipitation)
What does a mitochondria produce?
Mitochondria produce ATP.It carries out respiration.It oxidizes glucose and store released eergy in ATP
How does an electromagnetic wave carry energy?
it carries it using heat eergy flow!
Why sunlight Is needed for photosynthesis?
Sunlight is needed for photosynthesis because it provides the energy that plants use to convert carbon dioxide and water into glucose (sugar) and oxygen. This process, known as photosynthesis, is essential for plants to produce food and oxygen, which are necessary for their survival and growth. Without sunlight, plants would not be able to carry out photosynthesis and sustain themselves.
Which country produces the most eergy in the world?
The United States is the largest producer and consumer of energy worldwide.
How does the water cycle begin?
evaporation( on the basic three step water cycle followed by condensation, and precipitation)
What does a mitochondria produce?
Mitochondria produce ATP.It carries out respiration.It oxidizes glucose and store released eergy in ATP
Why a solid melts when it is heated?
When you heat up a solid, because heat is a form of energy, it gives kinetic eergy to the particles which make up the solid. The particles which make up a solid are densely packed and the kinetic energy makes them move around and this means thay break apart and this is what a liquid is unless its heated so much that the particles are so far apart that it is a gas. Sorry for the bad explanation
What is the future of energy?
The earth like our bodies needs to be taken care of. If we keep destroying and polluting it we won't have clean water, clean air or a healthy place to live.Answer: Geothermal eergy has many advantages in that it is clean and reliable over the long therm. It is however not accesable in all areas of the Earth. It is limited to areas with active vulcanism in the geologically recent past or with specific geological formations. In North America this would be primarily limited to the Rocky Mountains
What is the future of Geothermal energy?
The earth like our bodies needs to be taken care of. If we keep destroying and polluting it we won't have clean water, clean air or a healthy place to live.Answer: Geothermal eergy has many advantages in that it is clean and reliable over the long therm. It is however not accesable in all areas of the Earth. It is limited to areas with active vulcanism in the geologically recent past or with specific geological formations. In North America this would be primarily limited to the Rocky Mountains
Why glucose can not be stored in monomeric form?
Glucose is a simple sugar that can be stored in the body as glycogen, a polysaccharide made up of multiple glucose molecules. Storing glucose in its monomeric form would not be efficient due to its high solubility and osmotic effect in cells. Converting glucose into glycogen allows for more stable and compact storage in the liver and muscles.
How many solar panels are used to power 1000 homes?
That would depend on many things. If you live near me (Wisconsin we average under 4 hours per day of sunlight) and you use 75 watt panels for gird use. Based on a average of 3000 watts an hour average home use to would need 3,000,000 watts an hour or 720,000,000 watts of actual power per day. I will assume you will get the same efficiency I see in my panels so 75 watts is about 52 watts out. (Panels are rated for open circuit voltage and short circuit current. This is impossible to achieve) 52 watts on a 4 hour day average (being generous) to will get 208 watts per day. (I typically see about 150 watts a day). Ok, 720,000,000 divided by 208 watts is roughly 3461500 panels. (assuming no loss) The DC to AC inverters, batteries, grid and all have substantial loss, but these are not know values. At a wholesale cost you will be paying $3.00 a watt for the panels so the cost outlay for panels alone is $2.16 million or roughly $21,600.00 per home. The inverters (I will assume small gridable would be an additional $3K each roughly for each of the 1000 homes. The average home can be setup to run via solar for about $25K if the person can do so themselves. If you need installation and permits, your cost may go up a great deal. The average electric bill in the USA is about $200.00 a month using those same values and $0.9 per kilowatt. The payback is about ten years, assuming everything stays equal. If the panels break due to hail, wind or play, you lose. If the inverter gets hit by lightening, you lose. Payback gets longer as power goes down. This is pretty much best case. If you look at the cost of building these (CO2 wise) you will also fnd that there is no savings there. They are far from green. Panels are eergy intensive to create. If they break overall CO2 would be higher, not lower.
