Why does my Dog Stink when it is Wet? + more videos | #aumsum #kids #science #education #children

TL;DR

Wet dogs stink due to microbes excreting VOCs, intensified by water evaporation and humidity.

Transcript

It's AumSum Time Hi guys. Can you guess the title of my next video Hurry up. Write your guess in the comments section below. Why does my dog stink when it is wet? Because water washes away their perfume. No. Many microbes like bacteria and fungi live in the fur of a dog. These microbes excrete waste in the form of volatile organic compounds or VOCs... Read More

Key Insights

• 🤵 Wet dog stink is caused by microbes excreting VOCs in their fur.
• 🛰️ Glass is transparent due to large electron orbit gaps.
• 🧼 Antibacterial soaps containing triclosan can create antibiotic-resistant bacteria.
• 💦 Drops are spherical due to surface tension forces.
• 🫢 Rancidity in chips is prevented by flushing nitrogen gas into the bags.

Questions & Answers

Q: Why do wet dogs stink?

Wet dogs stink due to microbes in their fur excreting volatile organic compounds (VOCs), which are intensified by water liberating these compounds into the air and increasing humidity.

Q: Why is glass transparent?

Glass is transparent because the gaps between the electron orbits are large, allowing photons to pass through without being absorbed, making it transparent.

Q: Is antibacterial soap bad for you?

Antibacterial soaps containing triclosan can create antibiotic-resistant bacteria and cause health problems due to long-term exposure, making regular soaps a safer choice.

Q: Why are drops spherical?

Drops are spherical due to surface tension, where surface molecules contract to form a shape with the minimum surface area, creating a spherical shape.

Summary & Key Takeaways

• Wet dogs stink due to microbes in their fur excreting VOCs, intensified by water liberating the compounds into the air.

• Water also carries VOCs as it evaporates, increasing humidity and intensifying the stink.

• Glass is transparent because its electron orbit gaps are large, allowing photons to pass through without being absorbed.