A concrete sidewalk can absorb and retain heat, so it can be significantly hotter than the air temperature. On a 114°F day, a concrete sidewalk can easily reach temperatures of 130-150°F or even higher, depending on factors like sunlight exposure and time of day. This can cause it to be quite uncomfortable to walk on without proper protection for your feet.
When direct sunlight heats the sidewalk, the concrete absorbs the sun's energy. This energy increases the temperature of the sidewalk by causing its particles to vibrate more rapidly, resulting in the sidewalk feeling hot to touch.
As you walk barefoot on a hot sidewalk, the sidewalk molecules vibrate more due to the heat, transferring thermal energy to your feet. The heat is moving from the sidewalk (higher temperature) to your feet (lower temperature), causing your feet to feel hot. The increased molecular vibrations in the sidewalk result in the sensation of heat on your feet as thermal energy is transferred.
When cold rain hits a hot sidewalk, the rain may evaporate quickly due to the heat of the sidewalk. This rapid evaporation can cause the air temperature immediately above the sidewalk to cool down as the heat energy is used to change the water from rain into water vapor.
Yes, cooking an egg on a hot sidewalk is an example of conduction. The heat from the sidewalk is transferred to the egg through direct contact, causing the egg to cook.
If a sidewalk had no cracks on a hot day, it could potentially expand due to the heat. The lack of cracks would prevent the sidewalk from accommodating this expansion, potentially causing it to buckle or warp. This could lead to damage and make the sidewalk uneven or unsafe for pedestrians.
When direct sunlight heats the sidewalk, the concrete absorbs the sun's energy. This energy increases the temperature of the sidewalk by causing its particles to vibrate more rapidly, resulting in the sidewalk feeling hot to touch.
It needs to be at least 130°F (54°C) for an egg to cook on a sidewalk. The concrete's surface temperature needs to be hot enough to reach the minimum cooking temperature of an egg (around 158°F or 70°C) for it to fry.
As you walk barefoot on a hot sidewalk, the sidewalk molecules vibrate more due to the heat, transferring thermal energy to your feet. The heat is moving from the sidewalk (higher temperature) to your feet (lower temperature), causing your feet to feel hot. The increased molecular vibrations in the sidewalk result in the sensation of heat on your feet as thermal energy is transferred.
You can get "hot dogs" from standing on a hot sidewalk.
When cold rain hits a hot sidewalk, the rain may evaporate quickly due to the heat of the sidewalk. This rapid evaporation can cause the air temperature immediately above the sidewalk to cool down as the heat energy is used to change the water from rain into water vapor.
You can get "hot dogs" from standing on a hot sidewalk.
By feeling the concrete on the road or sidewalk and feel how hot it is on the beach sand.
What two things are compared in the simile above? A sidewalk and a pancake A sidewalk and a pancake
Yes, cooking an egg on a hot sidewalk is an example of conduction. The heat from the sidewalk is transferred to the egg through direct contact, causing the egg to cook.
Your in the middle of a panic attack , drink alot of water .
If a sidewalk had no cracks on a hot day, it could potentially expand due to the heat. The lack of cracks would prevent the sidewalk from accommodating this expansion, potentially causing it to buckle or warp. This could lead to damage and make the sidewalk uneven or unsafe for pedestrians.
Standing on a hot sidewalk can cause discomfort, burns, and potential injury to your feet. It is important to wear appropriate footwear and avoid prolonged contact with hot surfaces to prevent any harm.