Energy drinks main contents include caffeine and taurine. Caffeine had a very similar structure to Adenosine (a chemical which bond to adenosine receptors making people tired). Caffeine and the metabolized versions are able to bond to this receptor preventing the adenosine to bond. This makes your body more energized. Taurine is a nonessential sulfur-containing amino acid that functions with glycine and gamma-aminobutyric acid as a neuroinhibitory transmitter. C2H7NO3S an amino acid that the body naturally produced, helps regulate heart beat and muscle contractions and energy levels Taurine might be a “mild inhibitory neurotransmitter”, some studies show it helps with excitable brain states. Body slows down production under stressful situations The chemistry part will be the reactions the chemical components of the energy drink have with the neurotransmitters.
Physics mainly although you could relate it to chemistry as an alternative energy to fossil fuels
All drug research and maufacture is chemistry
Food and drinks are not allowed in the high school chemistry lab.
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No, there is no electricity in energy drinks.
Steroids are chemicals, so their relationship to chemistry is quite direct.
physics, mathematics
For example in the investigation of poisoning.
transistor are materials they have to be extracted and purified this relies on chemistry and material science
energy drinks
Electricity has a great relationship with chemistry. Electricity is produced by moving electrons pulled from the elements studied in chemistry.
Transistors are made of materials. They have to be extracted and purified. This relies on chemistry and Materials Science.