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If energy not distroy so where the human energy goes after the death because in humans the energy is there after the death also so where it goes?
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Most Upvoted Answer
If energy not distroy so where the human energy goes after the death b...
Body after death desintegration into its elements. these elements are consumed by other animals and plants .these energy from dead goes into plants and other animals so energy is not destroyed.
Community Answer
If energy not distroy so where the human energy goes after the death b...
After human death our cell are also death and in cell mitochondria are found under this, ATP are producer of energy.After death our cell is also death or destory then power house of the cell 'mitochondria' is also destroy and ATP does not work . So, energy is not produce.
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Both water and energy are integral parts of the human body. By weight about 60% of an adults human body is water and dehydration is one of the biggest single killers of children in the modern world. Life without water is unthinkable.The human body needs its daily intake of food to meet its energy requirements, which according to the Food and Agriculture Organisation of the United Nations is about 1,800 kcal per day. Life without energy is equally unthinkable.The energy that we take in through food again depends, amongst other things, on the water for agriculture and often that water is pumped with electrical or other forms of energy. The interdependence of energy and water is evident.The world at large seeks both water and energy security. The Worldwatch Institute estimates that about 1.1 billion people (one-fifth of the world population) live in areas of physical water scarcity and another 1.6 billion are facing economic water shortage (when existing water sources cannot be used because of a lack of investment in water-related infrastructur e). We will probably have a world population of 9 billion by 2050 and this will put further stress on the water sourcing and supply systems. Here again, the connection between energy and water is evident: globally about 70% of water consumption is for the agricultural sector. No water, no food, no energy.Actions needed on the waterfront include a reduction in water usage for agriculture (pump efficiencies, drip irrigation instead of flood irrigation, change in crop patterns), recycling of water, extensive rainwater harvesting programmes, stoppage of run-offs and water pollution.We need to remind ourselves that the fossil-based energy that we rely on so much for almost everything we do is stored solar energy. And while the sun took over 150 million years to store its energy in the form of fossil fuels, we are busy discharging that huge solar battery in a matter of a few hundred years.Q.We get ________ from food.

Both water and energy are integral parts of the human body. By weight about 60% of an adults human body is water and dehydration is one of the biggest single killers of children in the modern world. Life without water is unthinkable.The human body needs its daily intake of food to meet its energy requirements, which according to the Food and Agriculture Organisation of the United Nations is about 1,800 kcal per day. Life without energy is equally unthinkable.The energy that we take in through food again depends, amongst other things, on the water for agriculture and often that water is pumped with electrical or other forms of energy. The interdependence of energy and water is evident.The world at large seeks both water and energy security. The Worldwatch Institute estimates that about 1.1 billion people (one-fifth of the world population) live in areas of physical water scarcity and another 1.6 billion are facing economic water shortage (when existing water sources cannot be used because of a lack of investment in water-related infrastructur e). We will probably have a world population of 9 billion by 2050 and this will put further stress on the water sourcing and supply systems. Here again, the connection between energy and water is evident: globally about 70% of water consumption is for the agricultural sector. No water, no food, no energy.Actions needed on the waterfront include a reduction in water usage for agriculture (pump efficiencies, drip irrigation instead of flood irrigation, change in crop patterns), recycling of water, extensive rainwater harvesting programmes, stoppage of run-offs and water pollution.We need to remind ourselves that the fossil-based energy that we rely on so much for almost everything we do is stored solar energy. And while the sun took over 150 million years to store its energy in the form of fossil fuels, we are busy discharging that huge solar battery in a matter of a few hundred years.Q.Fuel found under the ground such as coal is called

Both water and energy are integral parts of the human body. By weight about 60% of an adults human body is water and dehydration is one of the biggest single killers of children in the modern world. Life without water is unthinkable.The human body needs its daily intake of food to meet its energy requirements, which according to the Food and Agriculture Organisation of the United Nations is about 1,800 kcal per day. Life without energy is equally unthinkable.The energy that we take in through food again depends, amongst other things, on the water for agriculture and often that water is pumped with electrical or other forms of energy. The interdependence of energy and water is evident.The world at large seeks both water and energy security. The Worldwatch Institute estimates that about 1.1 billion people (one-fifth of the world population) live in areas of physical water scarcity and another 1.6 billion are facing economic water shortage (when existing water sources cannot be used because of a lack of investment in water-related infrastructur e). We will probably have a world population of 9 billion by 2050 and this will put further stress on the water sourcing and supply systems. Here again, the connection between energy and water is evident: globally about 70% of water consumption is for the agricultural sector. No water, no food, no energy.Actions needed on the waterfront include a reduction in water usage for agriculture (pump efficiencies, drip irrigation instead of flood irrigation, change in crop patterns), recycling of water, extensive rainwater harvesting programmes, stoppage of run-offs and water pollution.We need to remind ourselves that the fossil-based energy that we rely on so much for almost everything we do is stored solar energy. And while the sun took over 150 million years to store its energy in the form of fossil fuels, we are busy discharging that huge solar battery in a matter of a few hundred years.Q.The interdependence of is evident.

Both water and energy are integral parts of the human body. By weight about 60% of an adults human body is water and dehydration is one of the biggest single killers of children in the modern world. Life without water is unthinkable.The human body needs its daily intake of food to meet its energy requirements, which according to the Food and Agriculture Organisation of the United Nations is about 1,800 kcal per day. Life without energy is equally unthinkable.The energy that we take in through food again depends, amongst other things, on the water for agriculture and often that water is pumped with electrical or other forms of energy. The interdependence of energy and water is evident.The world at large seeks both water and energy security. The Worldwatch Institute estimates that about 1.1 billion people (one-fifth of the world population) live in areas of physical water scarcity and another 1.6 billion are facing economic water shortage (when existing water sources cannot be used because of a lack of investment in water-related infrastructur e). We will probably have a world population of 9 billion by 2050 and this will put further stress on the water sourcing and supply systems. Here again, the connection between energy and water is evident: globally about 70% of water consumption is for the agricultural sector. No water, no food, no energy.Actions needed on the waterfront include a reduction in water usage for agriculture (pump efficiencies, drip irrigation instead of flood irrigation, change in crop patterns), recycling of water, extensive rainwater harvesting programmes, stoppage of run-offs and water pollution.We need to remind ourselves that the fossil-based energy that we rely on so much for almost everything we do is stored solar energy. And while the sun took over 150 million years to store its energy in the form of fossil fuels, we are busy discharging that huge solar battery in a matter of a few hundred years.Q.By weight, an adult human body contains about

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If energy not distroy so where the human energy goes after the death because in humans the energy is there after the death also so where it goes?
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