Because the heat from the sun hits the green house and stays in and plus the plants provide a little heat to and the green house has glass walls to also help keep the heat trapped in. The air outside just spreads around and doesn't have anything to keep it smothered in.
The temperature inside a greenhouse is typically higher than the temperature outside due to the greenhouse effect. Sunlight enters the greenhouse and warms the interior, while the glass or plastic structure traps heat, preventing it from easily escaping. This can lead to temperature differences of 10 to 30 degrees Fahrenheit (about 5 to 15 degrees Celsius) or more, depending on factors like insulation, ventilation, and external weather conditions.
To compare the temperatures, first, convert the inside temperature from Fahrenheit to Celsius. Using the formula (C = \frac{5}{9}(F - 32)), the inside temperature of 75°F converts to approximately 24°C. Therefore, the outside temperature of 28°C is about 4°C warmer than the inside temperature.
In glass greenhouses, sunlight enters through the transparent glass and warms the interior surfaces, such as plants and soil. These surfaces then emit heat in the form of infrared radiation, which is trapped inside the greenhouse due to the glass, preventing it from escaping. This phenomenon, known as the greenhouse effect, leads to higher temperatures inside the greenhouse compared to the outside environment, creating a warm microclimate that is ideal for plant growth.
Scientists usually work inside but sometimes the do work outside to conduct experiments.
Yes
The temperature inside a greenhouse is typically higher than the temperature outside due to the greenhouse effect. Sunlight enters the greenhouse and warms the interior, while the glass or plastic structure traps heat, preventing it from easily escaping. This can lead to temperature differences of 10 to 30 degrees Fahrenheit (about 5 to 15 degrees Celsius) or more, depending on factors like insulation, ventilation, and external weather conditions.
inside
The inside of a car becomes hotter than the outside temperature due to the greenhouse effect. Sunlight enters through the car windows and is absorbed by the interior surfaces, converting it into heat. While the heat can escape back outside, the car's windows trap some of it, preventing efficient heat dissipation. As a result, the temperature inside the car rises significantly compared to the outside air.
Because the heat from the sun hits the green house and stays in and plus the plants provide a little heat to and the green house has glass walls to also help keep the heat trapped in. The air outside just spreads around and doesn't have anything to keep it smothered in.
Because the heat from the sun hits the green house and stays in and plus the plants provide a little heat to and the green house has glass walls to also help keep the heat trapped in. The air outside just spreads around and doesn't have anything to keep it smothered in.
ice is a bad conductor of heat. Any heat generated from inside the igloo, usually from body heat or a small fire, stays inside.
The temperature inside the house is 31 degrees higher than the outside temperature.
If the house temperature inside is greater than the temperature outside the house, then yes. If the temperature outside the home is greater than the temperature inside of the home, then no.
Like in a greenhouse, greenhouse gasses let radiation from the sun reach Earth (the 'inside' of the greenhouse) but won't let the Earth reflect radiation. This is exactly what greenhouses do. Through the glass walls, the sunlight can come in, but once the rays are inside, the heat is trapped. That causes (intentional) temperature rise in the greenhouse. These gasses also (most likely) cause a temperature rise on Earth.
Inside or outside?
yes
Outside and usually on top.