How about if we just calculate for you how much mass you'll need, and you be
responsible for figuring out how to convert it to energy ?
We have no idea how much energy a person needs for a year. Furthermore, we note
that energy usage and energy desire have little to do with energy needs. Be that as it
may, our task here is concerned only with the Physics, not with the philosophy or the
politics. So we'll just pick a figure that's ridiculously inflated, even for an American. We'll
give our US citizen a constant 40 Kw of power, 24/7/365. 960 KwH a day. That works out
to about 22 times the per capita residential electrical use in Dallas ... the largest for any
US metro area ... in 2005. That oughta hold him, ya reckon ?
For a whole year at that rate, we'll need 350,621 KwH of energy, which is the
same as 1.262 x 1012 joules.
E = M c2
M = E / c2 = 1.262 x 1012 / 9 x 1016 = 0.01404 gram of mass.
You find a way to convert mass to energy with high efficiency, and we'll give you
that amount of mass, as our gift to you, just to watch it happen. Would you like it
in gold ? Even that could probably be arranged.
One example of a material that stores energy and can be burned to supply heat is wood. Wood is a renewable resource that contains stored chemical energy which is released through combustion, producing heat energy.
One type of material that can store energy and be burned to supply heat is wood. Wood has chemical energy stored in its structure, which is released as heat energy when it is burned. Other examples include coal, natural gas, and biomass.
To ensure a continuous energy supply for sustainable development, we can invest in renewable energy sources like solar, wind, and hydro power. Additionally, improving energy efficiency and promoting energy conservation practices can help reduce energy consumption and ensure a reliable energy supply for future generations.
Energy supply refers to the availability and distribution of energy sources such as electricity, natural gas, and renewables for various industries and households. It encompasses the infrastructure needed for generating, transmitting, and delivering energy to meet the demand of consumers. Ensuring a stable and sustainable energy supply is crucial for economic development and the well-being of communities.
Consumers in developing countries or rural areas typically have access to the smallest supply of energy. Factors such as poor infrastructure, limited resources, and lack of investment in energy systems can contribute to limited access to energy for these consumers.
One example of a material that stores energy and can be burned to supply heat is wood. Wood is a renewable resource that contains stored chemical energy which is released through combustion, producing heat energy.
oil or coal
Biomass can be used as a renewable energy source in various places around the world, as long as there is a stable supply of organic material available for conversion into energy. However, the efficiency and feasibility of biomass energy production may vary depending on local factors such as climate, land availability, and existing infrastructure.
One type of material that can store energy and be burned to supply heat is wood. Wood has chemical energy stored in its structure, which is released as heat energy when it is burned. Other examples include coal, natural gas, and biomass.
There are plenty of construction companies that supply wood material. Nail Fast Construction Supply company and Oak Park Direct supply wood material in Illinois.
They supply energy but not fibre.
You can buy a conversion kit from your local Plumbing supply store.
It doesn't supply the most energy, but it does supply long term energy
by the forms of energy the biogas supply farmers with the energy they need.
They supply energy for humans, since we eat sunflower seeds.
The body uses ATP as a source of energy to power muscle contraction. When ATP is broken down into ADP and inorganic phosphate, energy is released, which is used to fuel the contraction process. The enzyme AMP is involved in this energy conversion process by helping to regenerate ATP from ADP, ensuring a continuous supply of energy for muscle contraction.
Milk has cream which has fat in it that is why milk supply's energy and water does not.