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<p><div><p>Yes and no.. .In general a chemical reaction is not reversible so what is used up in the chemical reaction is not renewable. Gasoline and diesel are examples of chemical compounds that are converted to water and carbon dioxide which then cannot be converted easily back into gasoline and diesel.. .Biodiesel and ethanol however both are renewable resources because they depend on plants. Plants can use the sun's energy to combine water and carbon dioxide to produce oil (soybeans) that is made into biodiesel very easily, or starch (corn) to produce ethanol through a complex chemical process. So these are renewable <a href="https://zhubao.lifisher.com/ai-article/is-chemical-energy-a-renewable-recource-when-dealing-with-cars.html">chemical energy</a> resources but they also require some external energy to produce the final products.. .Hydrogen fuel cells are the next step in chemical reaction renewable energy because it converts hydrogen gas from the fuel cell and oxygen from the air to produce water. However, the process of producing hydrogen from water requires a tremendous amount of energy that has to come from - you guessed it - mostly non renewable resources such as coal, nuclear and natural gas electric generators. If solar and wind were exclusively used in this process it could be considered 100% renewable.</p><img src="//img.yfisher.com/1597912102202.jpg" style="margin:10px auto"><p><b>• RELATED QUESTION</b></p><p><b><a href="https://zhubao.lifisher.com/ai-article/is-chemical-energy-a-renewable-recource-when-dealing-with-cars.html">chemical energy</a> conversion for CO2 reduction</b></p><p>Creating a reliable, economical and environmentally compatible energy supply that focuses on climate protection is indeed one of the biggest tasks of the 21st century. Renewable energies are of particular importance here, although their efficient storage still poses a challenge. Stationary fuel cells play an important role in environmentally friendly energy supply: The oxide-ceramic high-temperature fuel cell systems from Bosch (solid oxide fuel cell systems or SOFC systems) produce electricity and heat flexibly and efficiently.</p><p><b>what are two types of energy that are produced as a result of...?</b></p><img src="//img.yfisher.com/1608813347891.png" style="margin:10px auto"><p>Well the obvious ones are: Light Heat (Thermal) Sound So pick your favourites 
They are all converted from 'chemical' or 'potential <a href="https://zhubao.lifisher.com/ai-article/is-chemical-energy-a-renewable-recource-when-dealing-with-cars.html">chemical energy</a>' <a href="https://zhubao.lifisher.com/ai-article/is-chemical-energy-a-renewable-recource-when-dealing-with-cars.html">chemical energy</a> is simply when energy is stored often through bonding and is then released when bonds break or form (depending on the change of enthalpy of the bond) Simply: <a href="https://zhubao.lifisher.com/ai-article/is-chemical-energy-a-renewable-recource-when-dealing-with-cars.html">chemical energy</a> ---> Sound energy thermal energy light energy (more) The more refers to things like kinetic energy (bits of debris flying around will have kinetic energy)</p><p><b>Define biology terms? ?</b></p><p>ribosomes=synthesize proteins that are needed for dna coding. nucleus=contains hereditary and genetic information, controls the entire cell. cytoplasm= rough er=participates in protein synthesis (the ribosomes are carried on it) smooth er=breaks down toxins in the cell mitochondria=breaks down <a href="https://zhubao.lifisher.com/ai-article/is-chemical-energy-a-renewable-recource-when-dealing-with-cars.html">chemical energy</a> that is easier for the cell to use. cytoskeleton=helps the cell maintain its shape. cell membrane-controls what enters and leaves the cells.</p><p><b>On a camping trip, the following scenario occurs:?</b></p><p>I is an example of conversion of mechanical energy to heat II is an example of conversion of <a href="https://zhubao.lifisher.com/ai-article/is-chemical-energy-a-renewable-recource-when-dealing-with-cars.html">chemical energy</a> to heat III and IV are both examples of conversion of heat to radiant energy, since 1) the camper feels heat radiation, and 2) the other group SEES the radiation given off by heat. Addendum: frank r is right</p><p><b>Is the energy loss in a voltage drop equal to heat/mechanical work/light emitted?</b></p><p>I am wondering if the energy loss in a voltage drop over an entire circuit is equal to the energy transferred from the circuit (e.g. light/sound/mechanical energy/heat).Yes. Energy is conserved. Any electrical energy that is lost by the circuit is transformed into some other kind of energy.It is often heat, for example in a resistor or a diode. It could be something like <a href="https://zhubao.lifisher.com/ai-article/is-chemical-energy-a-renewable-recource-when-dealing-with-cars.html">chemical energy</a>, in a battery charger.If this is true, would not that make it so that the voltage drop in a short circuit would be 100% since all of the electrical energy must be converted into something else?Yes, the energy lost from the circuit will be converted to heat. The wire forming the short circuit will heat up (because of its resistance, even though that resistance is too small to matter in more useful circuits), as will the battery (because of its internal resistance).</p><p><b>We as beings do not run on batteries or gasu2026what are we and what makes us live?</b></p><p>We as beings do not run on batteries or gasu2026what are we and what makes us live?The human body has more than 50 different cell types, not counting bacteria in the body. The estimated number of cells in the human body is more than 30 trillion. Cells need energy to function. Glucose or blood sugar is one of the bodyu2019s sources of fuel in the form of carbohydrates. Your body needs food to create the energy that helps keep you alive.Adenosine Triphosphate (ATP) is the main source of energy for most cellular processes. ATP is an organic compound made up of carbon, nitrogen, hydrogen, oxygen, and phosphorus (Cu2081u2080Hu2081u2086Nu2085Ou2081u2083Pu2083). ATP is used by the cell in several metabolic processes and also in the synthesis of macro molecules such as proteins. ATP takes <a href="https://zhubao.lifisher.com/ai-article/is-chemical-energy-a-renewable-recource-when-dealing-with-cars.html">chemical energy</a> from the breakdown of food molecules. Eventually fats, protein, and carbohydrates can all become ATP cellular energy. ATP plays an important role of macro molecules such as proteins and lipids into and out of the cell. Also, ATP is involved in intracellular and extracellular signaling. It is also used for the contraction of muscles. In addition adenosine from ATP is a building block of Ribonucleic acid (RNA). It is essential in various biological roles such as coding, decoding, regulation and expression of genes. A typical single cell uses about 10 million ATP molecules per second. There is just so much more detail but I hope this begins to answer your question.We as beings do not run on batteries or gasu2026what are we and what makes us live?</p><p><b>coal ,petroleum and natural g. found undergr.These resources contain energy from the sun.how can this be true</b></p><p>The hydrocarbons contained in oil and natural gas were originally formed either by photosynthesis, which requires the sun, or by zooplankton (microscopic and small animals) that commonly fed on phytoplankton (microscopic and small plants). In the case of coal it is formed from the remains of larger plants. The bodies of these plants and animals were deposited and buried under oxygen-free conditions in sediments of fresh-water and salt-water lakes. They have undergone compaction and heating, causing the process of coalification for coal, or catagenesis for oil, that causes some of the compounds within these plants and animals bodies to be converted to oil. It is also true that a certain amount of the energy contained in these resources is stored <a href="https://zhubao.lifisher.com/ai-article/is-chemical-energy-a-renewable-recource-when-dealing-with-cars.html">chemical energy</a> that was initially geothermal heat from the earth. The combination of stored solar energy and geothermal energy results in the concentrated energy form of these resources.</p><p><b>what are some advantages and disadvantages of thermal energy?</b></p><p>Thermal energy is the easiest to find and create. It is necessary in some situations (for example, chemical processes where molecular motion is necessary) but it cannot be applied to most of our modern technology. it has to be converted to electrical or kinetic energy, and this is a touchy and very dissipating process. For example, the pistons in a car convert thermal energy to motion by expanding the gasses within, generating a linear motion, and transforming this mechanically into a circular motion. Coal power plants generate electricity by burning coal, but I do not know exactly what process they use. I have to note that this thermal energy is originally <a href="https://zhubao.lifisher.com/ai-article/is-chemical-energy-a-renewable-recource-when-dealing-with-cars.html">chemical energy</a>, so it's more like an intermediate. But thermal energy in general can be converted to other energy forms through expansion of gasses etc</p><p><b>Why does invertase activity differ in different parts of the root?</b></p><p>Invertase enzyme hydrolyzes the sucrose into separate component sugars, glucose & fructose. Both monosaccharides can be used for <a href="https://zhubao.lifisher.com/ai-article/is-chemical-energy-a-renewable-recource-when-dealing-with-cars.html">chemical energy</a> in cellular respiration to provide metabolic energy and as organic carbon skeleton for building structural molecules like cellulose. Since growing cells in the region of root elongation need metabolic energy and building materials to increase in size they will express highest levels of invertase. Division uses less new materials as do nearly mature cells.</p><p><b>stages of photosynthesis (reactants, products, location, process, electron movement, phosphate movement, molec?</b></p><p>this is quite the question, and idk how much detail you need: Photosynthesis occurs in two stages. The stages are known as the light reaction and dark reaction. Light- reactions take place in the presence of light. Dark reactions do not need direct light, but dark reactions in many plant occur throughout the day. Light reactions occur mainly in the pile of tilakoid grana in chloroplasts. Here, the sunlight is converted into <a href="https://zhubao.lifisher.com/ai-article/is-chemical-energy-a-renewable-recource-when-dealing-with-cars.html">chemical energy</a> (ADP → ATP) and (NADP → NADPH H). Chlorophyll absorbs light energy and energizes an electron that starts to move (oxygen is a leftover, as electrons are drawn from water to replace those of chlorophyll, water splits into H and O2) . This starts the chain step that results in the production of ATP, NADPH H. Dark reactions occur in the stroma. Carbon dioxide is converted into sugar using ATP, NADPH H. This method is called carbon fixation and the calvin cycle. Every cyclus ONE carbondioxide is bound to a 3-carbon. Carbon dioxide combined with the use of 5-carbon sugars develop 6-carbon sugar. Glucose.</p><p><b>What is the reason why sugar dissolves in water?</b></p><p>Because each molecule of dissolved sugar, is in a lower energetic state, than as refined and dry sugar crystals.Sugar is made in plant cells for the storage of energy derived from sunlight, converted to sugar as a form of storing <a href="https://zhubao.lifisher.com/ai-article/is-chemical-energy-a-renewable-recource-when-dealing-with-cars.html">chemical energy</a>. Cells are (mostly) aqueous systems, and need to move their energy currency around after making it. So why not water soluble sugars?_______________Plants can and DO make fats also, but typically not so much as an energy storage system for their retrieval.. a few tree and other plant fruit exceptions come to mind. Almost always associated with seeds, where the fat and oil energy will be utilized by their progeny while sprouting.</p><p><b>In photosynthesis, energy from the sun is being? photosynthesis questions?</b></p><p>Hiya, 1. In photosynthesis, energy from the sun is being - c - stored as carbohydrates BECAUSE- plants use sunlight to make food. And their food is starch. And starch is a type of carbohydrate. 2. Which best describes light dependent reaction? - d - they create energy - rich ADP and NAD BECAUSE- The light-dependent reactions, or light reactions, are the first stage of photosynthesis. In this process light energy is converted into <a href="https://zhubao.lifisher.com/ai-article/is-chemical-energy-a-renewable-recource-when-dealing-with-cars.html">chemical energy</a>, in the form of the energy-carriers ATP and NADPH. In the light-independent reactions, the formed NADPH and ATP drive the reduction of CO2 to more useful organic compounds, such as glucose. 3. Which would you expect to increase the rate of photosynthesis - a - increasing the carbon dioxide concentration. BECAUSE - plants use carbon dioxide to release oxygen SO the more the concentration of CO2 the more the rate of photosynthesis is. Hope this helps <3.</p><p><b>What are the advantages/disadvantages of using water fuel/energy??</b></p><p>Simply put, the problem is that it takes more energy to split water into its component parts of hydrogen and oxygen that you get when you re-combine them - their is no “free fuel“ here - just a choice to convert electrical energy (inefficiently) into <a href="https://zhubao.lifisher.com/ai-article/is-chemical-energy-a-renewable-recource-when-dealing-with-cars.html">chemical energy</a>. The advantage is that with some of the new carbon/charcoal cell tanks, you can probably store more energy per kilo (including the storage vessel) with hydrogen, than you can with electricity. As for “what about for biofuel“ - is this a wholly separate question or do you mean in relation to making fuel from water - I do not quite follow.</p><p><b>Which current is in battery ac or dc?</b></p><p>Ofcource DC, When we charge battery . it simply convert electrical energy into <a href="https://zhubao.lifisher.com/ai-article/is-chemical-energy-a-renewable-recource-when-dealing-with-cars.html">chemical energy</a>. That can be strore long time and get back in DC form</p><p><b>Where in nature can you find carbohydrates?</b></p><p>Carbohydrates are formed during photosynthesis in which a plant uses the energy from the sun (photons of light supply electromagnetic energy) to store energy into <a href="https://zhubao.lifisher.com/ai-article/is-chemical-energy-a-renewable-recource-when-dealing-with-cars.html">chemical energy</a> of sugars. We as animals are not able to make our own sugars or even energy in fact, but instead we eat plants and get their energy from the sugars through the process of cellular respiration. The formula for photosynthesis is 6H2O 6CO2 --> C6H12O6 6O2, while cellular respiration is the exact reverse with sugar and oxygen producing CO2 and H2O.</p></div><br></p>
They are all converted from 'chemical' or 'potential <a href="https://zhubao.lifisher.com/ai-article/is-chemical-energy-a-renewable-recource-when-dealing-with-cars.html">chemical energy</a>' <a href="https://zhubao.lifisher.com/ai-article/is-chemical-energy-a-renewable-recource-when-dealing-with-cars.html">chemical energy</a> is simply when energy is stored often through bonding and is then released when bonds break or form (depending on the change of enthalpy of the bond) Simply: <a href="https://zhubao.lifisher.com/ai-article/is-chemical-energy-a-renewable-recource-when-dealing-with-cars.html">chemical energy</a> ---> Sound energy thermal energy light energy (more) The more refers to things like kinetic energy (bits of debris flying around will have kinetic energy)</p><p><b>Define biology terms? ?</b></p><p>ribosomes=synthesize proteins that are needed for dna coding. nucleus=contains hereditary and genetic information, controls the entire cell. cytoplasm= rough er=participates in protein synthesis (the ribosomes are carried on it) smooth er=breaks down toxins in the cell mitochondria=breaks down <a href="https://zhubao.lifisher.com/ai-article/is-chemical-energy-a-renewable-recource-when-dealing-with-cars.html">chemical energy</a> that is easier for the cell to use. cytoskeleton=helps the cell maintain its shape. cell membrane-controls what enters and leaves the cells.</p><p><b>On a camping trip, the following scenario occurs:?</b></p><p>I is an example of conversion of mechanical energy to heat II is an example of conversion of <a href="https://zhubao.lifisher.com/ai-article/is-chemical-energy-a-renewable-recource-when-dealing-with-cars.html">chemical energy</a> to heat III and IV are both examples of conversion of heat to radiant energy, since 1) the camper feels heat radiation, and 2) the other group SEES the radiation given off by heat. Addendum: frank r is right</p><p><b>Is the energy loss in a voltage drop equal to heat/mechanical work/light emitted?</b></p><p>I am wondering if the energy loss in a voltage drop over an entire circuit is equal to the energy transferred from the circuit (e.g. light/sound/mechanical energy/heat).Yes. Energy is conserved. Any electrical energy that is lost by the circuit is transformed into some other kind of energy.It is often heat, for example in a resistor or a diode. It could be something like <a href="https://zhubao.lifisher.com/ai-article/is-chemical-energy-a-renewable-recource-when-dealing-with-cars.html">chemical energy</a>, in a battery charger.If this is true, would not that make it so that the voltage drop in a short circuit would be 100% since all of the electrical energy must be converted into something else?Yes, the energy lost from the circuit will be converted to heat. The wire forming the short circuit will heat up (because of its resistance, even though that resistance is too small to matter in more useful circuits), as will the battery (because of its internal resistance).</p><p><b>We as beings do not run on batteries or gasu2026what are we and what makes us live?</b></p><p>We as beings do not run on batteries or gasu2026what are we and what makes us live?The human body has more than 50 different cell types, not counting bacteria in the body. The estimated number of cells in the human body is more than 30 trillion. Cells need energy to function. Glucose or blood sugar is one of the bodyu2019s sources of fuel in the form of carbohydrates. Your body needs food to create the energy that helps keep you alive.Adenosine Triphosphate (ATP) is the main source of energy for most cellular processes. ATP is an organic compound made up of carbon, nitrogen, hydrogen, oxygen, and phosphorus (Cu2081u2080Hu2081u2086Nu2085Ou2081u2083Pu2083). ATP is used by the cell in several metabolic processes and also in the synthesis of macro molecules such as proteins. ATP takes <a href="https://zhubao.lifisher.com/ai-article/is-chemical-energy-a-renewable-recource-when-dealing-with-cars.html">chemical energy</a> from the breakdown of food molecules. Eventually fats, protein, and carbohydrates can all become ATP cellular energy. ATP plays an important role of macro molecules such as proteins and lipids into and out of the cell. Also, ATP is involved in intracellular and extracellular signaling. It is also used for the contraction of muscles. In addition adenosine from ATP is a building block of Ribonucleic acid (RNA). It is essential in various biological roles such as coding, decoding, regulation and expression of genes. A typical single cell uses about 10 million ATP molecules per second. There is just so much more detail but I hope this begins to answer your question.We as beings do not run on batteries or gasu2026what are we and what makes us live?</p><p><b>coal ,petroleum and natural g. found undergr.These resources contain energy from the sun.how can this be true</b></p><p>The hydrocarbons contained in oil and natural gas were originally formed either by photosynthesis, which requires the sun, or by zooplankton (microscopic and small animals) that commonly fed on phytoplankton (microscopic and small plants). In the case of coal it is formed from the remains of larger plants. The bodies of these plants and animals were deposited and buried under oxygen-free conditions in sediments of fresh-water and salt-water lakes. They have undergone compaction and heating, causing the process of coalification for coal, or catagenesis for oil, that causes some of the compounds within these plants and animals bodies to be converted to oil. It is also true that a certain amount of the energy contained in these resources is stored <a href="https://zhubao.lifisher.com/ai-article/is-chemical-energy-a-renewable-recource-when-dealing-with-cars.html">chemical energy</a> that was initially geothermal heat from the earth. The combination of stored solar energy and geothermal energy results in the concentrated energy form of these resources.</p><p><b>what are some advantages and disadvantages of thermal energy?</b></p><p>Thermal energy is the easiest to find and create. It is necessary in some situations (for example, chemical processes where molecular motion is necessary) but it cannot be applied to most of our modern technology. it has to be converted to electrical or kinetic energy, and this is a touchy and very dissipating process. For example, the pistons in a car convert thermal energy to motion by expanding the gasses within, generating a linear motion, and transforming this mechanically into a circular motion. Coal power plants generate electricity by burning coal, but I do not know exactly what process they use. I have to note that this thermal energy is originally <a href="https://zhubao.lifisher.com/ai-article/is-chemical-energy-a-renewable-recource-when-dealing-with-cars.html">chemical energy</a>, so it's more like an intermediate. But thermal energy in general can be converted to other energy forms through expansion of gasses etc</p><p><b>Why does invertase activity differ in different parts of the root?</b></p><p>Invertase enzyme hydrolyzes the sucrose into separate component sugars, glucose & fructose. Both monosaccharides can be used for <a href="https://zhubao.lifisher.com/ai-article/is-chemical-energy-a-renewable-recource-when-dealing-with-cars.html">chemical energy</a> in cellular respiration to provide metabolic energy and as organic carbon skeleton for building structural molecules like cellulose. Since growing cells in the region of root elongation need metabolic energy and building materials to increase in size they will express highest levels of invertase. Division uses less new materials as do nearly mature cells.</p><p><b>stages of photosynthesis (reactants, products, location, process, electron movement, phosphate movement, molec?</b></p><p>this is quite the question, and idk how much detail you need: Photosynthesis occurs in two stages. The stages are known as the light reaction and dark reaction. Light- reactions take place in the presence of light. Dark reactions do not need direct light, but dark reactions in many plant occur throughout the day. Light reactions occur mainly in the pile of tilakoid grana in chloroplasts. Here, the sunlight is converted into <a href="https://zhubao.lifisher.com/ai-article/is-chemical-energy-a-renewable-recource-when-dealing-with-cars.html">chemical energy</a> (ADP → ATP) and (NADP → NADPH H). Chlorophyll absorbs light energy and energizes an electron that starts to move (oxygen is a leftover, as electrons are drawn from water to replace those of chlorophyll, water splits into H and O2) . This starts the chain step that results in the production of ATP, NADPH H. Dark reactions occur in the stroma. Carbon dioxide is converted into sugar using ATP, NADPH H. This method is called carbon fixation and the calvin cycle. Every cyclus ONE carbondioxide is bound to a 3-carbon. Carbon dioxide combined with the use of 5-carbon sugars develop 6-carbon sugar. Glucose.</p><p><b>What is the reason why sugar dissolves in water?</b></p><p>Because each molecule of dissolved sugar, is in a lower energetic state, than as refined and dry sugar crystals.Sugar is made in plant cells for the storage of energy derived from sunlight, converted to sugar as a form of storing <a href="https://zhubao.lifisher.com/ai-article/is-chemical-energy-a-renewable-recource-when-dealing-with-cars.html">chemical energy</a>. Cells are (mostly) aqueous systems, and need to move their energy currency around after making it. So why not water soluble sugars?_______________Plants can and DO make fats also, but typically not so much as an energy storage system for their retrieval.. a few tree and other plant fruit exceptions come to mind. Almost always associated with seeds, where the fat and oil energy will be utilized by their progeny while sprouting.</p><p><b>In photosynthesis, energy from the sun is being? photosynthesis questions?</b></p><p>Hiya, 1. In photosynthesis, energy from the sun is being - c - stored as carbohydrates BECAUSE- plants use sunlight to make food. And their food is starch. And starch is a type of carbohydrate. 2. Which best describes light dependent reaction? - d - they create energy - rich ADP and NAD BECAUSE- The light-dependent reactions, or light reactions, are the first stage of photosynthesis. In this process light energy is converted into <a href="https://zhubao.lifisher.com/ai-article/is-chemical-energy-a-renewable-recource-when-dealing-with-cars.html">chemical energy</a>, in the form of the energy-carriers ATP and NADPH. In the light-independent reactions, the formed NADPH and ATP drive the reduction of CO2 to more useful organic compounds, such as glucose. 3. Which would you expect to increase the rate of photosynthesis - a - increasing the carbon dioxide concentration. BECAUSE - plants use carbon dioxide to release oxygen SO the more the concentration of CO2 the more the rate of photosynthesis is. Hope this helps <3.</p><p><b>What are the advantages/disadvantages of using water fuel/energy??</b></p><p>Simply put, the problem is that it takes more energy to split water into its component parts of hydrogen and oxygen that you get when you re-combine them - their is no “free fuel“ here - just a choice to convert electrical energy (inefficiently) into <a href="https://zhubao.lifisher.com/ai-article/is-chemical-energy-a-renewable-recource-when-dealing-with-cars.html">chemical energy</a>. The advantage is that with some of the new carbon/charcoal cell tanks, you can probably store more energy per kilo (including the storage vessel) with hydrogen, than you can with electricity. As for “what about for biofuel“ - is this a wholly separate question or do you mean in relation to making fuel from water - I do not quite follow.</p><p><b>Which current is in battery ac or dc?</b></p><p>Ofcource DC, When we charge battery . it simply convert electrical energy into <a href="https://zhubao.lifisher.com/ai-article/is-chemical-energy-a-renewable-recource-when-dealing-with-cars.html">chemical energy</a>. That can be strore long time and get back in DC form</p><p><b>Where in nature can you find carbohydrates?</b></p><p>Carbohydrates are formed during photosynthesis in which a plant uses the energy from the sun (photons of light supply electromagnetic energy) to store energy into <a href="https://zhubao.lifisher.com/ai-article/is-chemical-energy-a-renewable-recource-when-dealing-with-cars.html">chemical energy</a> of sugars. We as animals are not able to make our own sugars or even energy in fact, but instead we eat plants and get their energy from the sugars through the process of cellular respiration. The formula for photosynthesis is 6H2O 6CO2 --> C6H12O6 6O2, while cellular respiration is the exact reverse with sugar and oxygen producing CO2 and H2O.</p></div><br></p>