No. Mankind is currently incapable of converting mass to energy in a way efficient enough to turn cement into energy. If one were even going to do so with some advanced technology, one would likely not take the effort to create cement, and would simply convert the raw materials.
Disadvantages of cement are,Cement are subjected to crackingIt is very difficult to provide idoneous curing conditionsNot ideal for situation when settlement is expected.
The type of energy that causes cement to dry is chemical energy. When water is added to cement, a chemical reaction called hydration occurs, where the water molecules react with the cement particles to form new compounds. This reaction releases energy in the form of heat, which helps to drive the hardening and drying process of the cement. The hydration process is essential for the formation of strong and durable concrete structures.
Type K cement is slightly expansive and helps reduce the shrinkage issues associated with normal cement in concrete mixes. Cement fondu is an accelerated cement that provide concrete higher earlier strength. It does not specifically compensate for shrinkage
Cement does not stick well to wood because wood is porous and does not provide a strong surface for the cement to adhere to. It is recommended to use other materials such as screws or nails to attach wood to cement instead.
Since golf balls and cement are both very dense, it is harder for the ball to lose it's energy after bouncing since there is nothing to absorb the energy.
The answer will depends on the size of the bag, how much cement it makes and the thickness of the cement layer. Since you have not bothered to share these crucial bits of information, I cannot provide a more useful answer.
cholesterol do not provide energy to body because the energy that contains the it wastes ots of energy so it doesnt provide energy.
appliances that provide heat energy
Yes, coal is used as a fuel in the cement manufacturing process. It is often used as a source of energy to heat the kiln where the raw materials are processed to make cement. However, efforts are being made to reduce the reliance on coal and shift towards cleaner and more sustainable sources of energy.
Phosphate is not typically used in the production of cement. Cement is primarily made from materials like limestone, clay, and gypsum, which provide the necessary calcium, silica, and alumina. However, phosphates can be found in some specialized cement formulations or as additives to improve certain properties, but they are not a standard component of traditional cement production.
Carbohydrates do not provide good energy
Yes.