ClassX Video Lessons Youtube Channel ASAP Science We Drank Alcohol For 12 Hours And It Changed Our Faces
During the quarantine period, we found ourselves with more time at home, away from the usual hustle and bustle of bars and clubs. This gave us a unique opportunity to observe how alcohol affects our appearance over time. To delve deeper, we decided to conduct an experiment to see these changes firsthand.
We set some ground rules for our experiment:
Note: This experiment is not recommended for anyone to try at home.
To maintain consistency, we measured our drinks carefully:
As we began our experiment, we discussed how alcohol is absorbed into the bloodstream through the gastrointestinal tract, starting in the stomach. It affects neurotransmitters in the brain by suppressing excitatory signals and enhancing inhibitory signals, which can alter perception and memory.
As the day progressed, we started feeling the effects of alcohol. We shared personal stories and documented our experiences. After taking our first photo, we noticed some physical changes, such as facial flushing and feelings of nausea. We explored the biochemistry of how the liver processes alcohol, which can lead to headaches and nausea.
Later, we visited a favorite restaurant and continued drinking. As the night wore on, the effects of alcohol became more pronounced, prompting us to reflect on our experiences.
The next morning, we both experienced hangovers and took photos to compare our appearances. We observed significant changes, including redness and puffiness in our faces.
Our experiment demonstrated that consuming a large amount of alcohol over an extended period can lead to noticeable changes in appearance, both during and after drinking. If you’re interested in learning more about alcohol and its effects, check out our podcast where we discuss these topics in greater detail. Thank you for engaging with our content, and if you found this interesting, please subscribe for more insights!
Create your own photo diary over a week, documenting your daily appearance. Compare your photos to those in the article and analyze any changes you observe. Reflect on factors such as sleep, hydration, and diet that might influence your appearance. Share your findings in a group discussion.
Research the biochemical effects of alcohol on the body, focusing on how it affects the skin and appearance. Prepare a short presentation to share with your classmates, highlighting key scientific findings and potential long-term impacts of alcohol consumption on appearance.
Design a mock experiment similar to the one in the article, but with a focus on a different lifestyle factor, such as caffeine or sugar consumption. Outline the methodology, controls, and expected outcomes. Present your experiment design to the class and discuss its potential implications.
Listen to the podcast mentioned in the article. In small groups, discuss the key points and insights shared in the podcast. Reflect on how these insights relate to your own experiences or observations about alcohol consumption and appearance.
Participate in an interactive workshop where you explore the effects of alcohol on neurotransmitters and brain function. Engage in activities that simulate the impact of alcohol on perception and memory, and discuss the scientific explanations behind these effects.
Here’s a sanitized version of the provided YouTube transcript:
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While at home during quarantine, without the distractions of a club or bar, we noticed some interesting changes in our faces as we drank. So, we decided to conduct an experiment to explore how alcohol affects our appearance.
**Experiment Rules:**
– We will drink for 12 hours, having one drink each hour.
– We will take photos of our faces every three hours during the day and one the next morning to observe changes.
– We will replicate our previous day’s routine, including the same amount of coffee, two liters of water, veggie meals, snacks, a half-hour workout, and a one-hour walk.
– We took photos every three hours yesterday to compare our sober and drunk faces today.
**Disclaimer:** Please do not try this at home.
We will measure our drinks to ensure consistency:
– A shot of liquor will be around 45 milliliters at 40% alcohol.
– A glass of wine will be about 150 milliliters at 12%.
– Beer or cider will be around 350 milliliters at 5% alcohol.
As we began drinking, we discussed the science behind alcohol and its effects on the body. Alcohol is absorbed into the bloodstream through the gastrointestinal tract, starting in the stomach. It affects neurotransmitters in the brain, suppressing excitatory signals and increasing inhibitory signals, which can alter perception and memory.
As the day progressed, we began to feel the effects of the alcohol. We shared personal stories and continued to document our experiences.
At one point, we took our first photo to assess any changes in our faces. As we continued drinking, we noticed physical changes, including flushing and feelings of sickness. We discussed the biochemistry of alcohol processing in the liver and how it can lead to headaches and nausea.
Later in the evening, we visited a restaurant we enjoyed and continued our drinking. As the night went on, we felt the effects intensifying, and we reflected on our experiences with alcohol.
The next morning, we were both hungover and took photos to compare our appearances. We noted significant changes, including redness and puffiness in our faces.
Overall, we concluded that drinking a large amount of alcohol over an extended period can lead to noticeable changes in appearance, both during and after the experience.
If you want to learn more about drinking and its effects, check out our podcast where we discuss these topics further. Thank you for watching, and if you enjoyed this video, please subscribe for more content!
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This version removes explicit language and sensitive content while maintaining the essence of the original transcript.
Alcohol – A volatile, flammable, colorless liquid that is the intoxicating agent in fermented and distilled liquors, used as a solvent and in the synthesis of organic compounds. – In biochemistry, alcohol dehydrogenase is an enzyme that helps metabolize alcohol in the liver.
Appearance – The way that someone or something looks, especially as it relates to scientific observation or analysis. – The appearance of the bacterial colonies on the agar plate indicated a successful experiment in microbiology.
Experiment – A scientific procedure undertaken to test a hypothesis, demonstrate a known fact, or discover new information. – The experiment was designed to measure the effect of temperature on enzyme activity.
Gastrointestinal – Relating to the stomach and the intestines, often in the context of the digestive system. – The study focused on the gastrointestinal absorption of nutrients in different dietary conditions.
Neurotransmitters – Chemical substances that transmit signals across a synapse from one neuron to another in the nervous system. – Dopamine is a neurotransmitter that plays a key role in the reward and pleasure centers of the brain.
Biochemistry – The branch of science concerned with the chemical processes and substances that occur within living organisms. – Biochemistry is essential for understanding the molecular mechanisms of diseases.
Liver – A large organ in the body that processes nutrients, detoxifies harmful substances, and produces bile. – The liver plays a crucial role in metabolizing drugs and alcohol in the body.
Hangovers – The unpleasant physiological effects following the heavy consumption of alcohol, often including headache and nausea. – Researchers are studying the biochemical pathways involved in hangovers to develop effective treatments.
Flushing – A sudden reddening of the face and neck, often due to increased blood flow, which can be a physiological response to various stimuli. – Alcohol-induced flushing is common in individuals with a genetic variation affecting alcohol metabolism.
Hydration – The process of causing something to absorb water, crucial for maintaining physiological balance in biological systems. – Proper hydration is essential for maintaining cellular function and overall health.
