the circulatory system is responsible for the distribution of all "fuels" in the body. These include gases (oxygen, etc), liquids (alcohol, juice,etc), and solids (sugar, caffeine, etc). All foods, gases and liquids that enter the body need to be distributed to other places ( like muscles, lungs, individual cells, etc.) to produce energy. If we don't get foods (and other things) from our stomachs\intestines to our muscles- we wouldn't be able to move. Simple as that
very low power experimental reactors need no cooling system (e.g. CP-1 built as part of the Manhattan Project had a maximum power of half a watt and was entirely self cooling, it never even got noticeably warm at any time)some experimental reactors have been deliberately built without a cooling system to aid in studying the effects of reactor meltdown, etc. (unfortunately these were also built without any containment facility, to aid in data collection and caused significant downwind contamination)reactors designed for power production require a cooling system both to remove heat from the core as it is generated (thus preventing a meltdown) and to move that heat to the power generation building where it is used to make steam to turn the turbines that turn the generators that make the electricityreactors designed for plutonium production require a cooling system only to remove heat from the core as it is generated (thus preventing a meltdown)reactors designed for medical (and other) isotope production require a cooling system only to remove heat from the core as it is generated (thus preventing a meltdown)reactors designed for direct nuclear propulsion systems(e.g. jet engine, rocket engine) require a cooling system both to remove heat from the core (thus preventing a meltdown in flight) and to heat their working fluid (e.g. air, hydrogen gas; respectively) prior to expelling it through the exhaust nozzle to generate thrust to move the vehicleetc.
Kool aid
without the aid of other energy sources? no idea... but a dynamo is being run by electromagnetism i think, and thus producing kinetic energy by spinning the shaft... and then the resistance in the conductors, friction in the moving parts, and electromagnetic radiation. just my 2 cents.. >.<
As light as a feather.
Humans get the energy and matter they need to survive from the food they eat. The foods humans eat contain carbohydrates, vitamins, and protein. All of those components are broken down by the human body with the aid of digestion.
the circulatory system distributes oxygenated blood all over your body, which your organs need. The excretory system i dno
Via the circulatory system which consist of veins, arteries and capillaries which aid in the transportation of all blood to and from the heart muscle.
The dark reaction of photosynthesis occurs in the stroma of the chloroplasts.. This is energy production without the aid of sunlight
Many things are necessary to aid production. Some of them are the following:Raw materialsMethods of distributionCapital resources
Resources created by humans to aid production.Resources created by humans to aid production
I know one place they are used in particular is the lymphatic system where they maintain the flow of lymph throughout the body.They are also used in the circulatory system where they aid in the return of blood to the heart.
we use the digestive system as an aid in breaking down big foods into smaller particles which provide energy to our body :))
The lymphatic system has tissue spread throughout the body to aid in the removal of fluids from cells, transports fatty acids as well as transporting immune cells to the bones. The lymphatic system is the circulatory mechanism for the immune system.
excretory system are responsible for waste excretion, it works with circulatory system (which aid delivery of nutrients, blood, oxygen and the dispose of waste through excretory system), integument system which include skin and in the skin we can find the sweet glands which also excrete waste in the form of sweat.
All organ systems work together. First of all you need energy, digestive system does that. Then the circulatory system takes the food and takes it to the body. And for cellular respiration you need oxygen, so respiratory does that. And nervous is for telling and thinking what to do. And the main ones are skeletal and muscular systems. Muscular move bones which are from the skeletal system.
A country needs resources and an energy source to start production to begin industrialization. A labor force and market is also needed.
good voice