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The temperature will vary throughout the fridge, particularly after a fresh load is added. But even in 'steady state', the upper of the container will be warmer than the lower. For cold air sinks by virtue of its higher density.It varies. It will be colder at the bottom than at the top. The temperature difference will only be 1 or 2 degrees at most.... Incidentally - the word is 'does' - not 'dose' !
The pressure and volume are related because both are variable of indefinite which means that both are not positive or definite and they tend to vary by the object they are in.
A pure substance is classified by having a definite and constant composition. The substance can be either an element or a compound, but what makes the substance pure, is that it does not vary.
A constant variable, often referred to as a constant, is a value that remains unchanged throughout the course of an experiment or a mathematical expression. In programming and mathematics, constants are fixed values that do not vary, unlike variables that can change. For example, in an equation, pi (π) is a constant because its value is always approximately 3.14. Using constant variables helps maintain consistency and clarity in calculations and experiments.
A constant factor is one maintained unchanged throughout an experiment so that it does not affect the outcome. These are also referred to as controlled variables.
The temperature in a fridge is not entirely constant; it can vary throughout different areas. Factors such as the fridge's design, airflow, and the placement of items can lead to temperature differences, with the back often being colder than the front and the bottom cooler than the top. Regularly checking and adjusting the temperature can help maintain a more uniform environment.
The temperature will vary throughout the fridge, particularly after a fresh load is added. But even in 'steady state', the upper of the container will be warmer than the lower. For cold air sinks by virtue of its higher density.It varies. It will be colder at the bottom than at the top. The temperature difference will only be 1 or 2 degrees at most.... Incidentally - the word is 'does' - not 'dose' !
The temperature will vary throughout the fridge, particularly after a fresh load is added. But even in 'steady state', the upper of the container will be warmer than the lower. For cold air sinks by virtue of its higher density.It varies. It will be colder at the bottom than at the top. The temperature difference will only be 1 or 2 degrees at most.... Incidentally - the word is 'does' - not 'dose' !
the reccomended temperature of a fridge is 4-5 degrees, but it can vary
No, the gas constant, or any constant, is constant meaning it doesn't change.
A non-example of a constant is a variable, such as the temperature in a room, which can change over time. Unlike constants, which remain fixed at a specific value, variables can fluctuate based on different conditions or factors. For instance, the temperature might vary throughout the day, making it a non-example of a constant.
No, the spending on IT projects can vary from project to project and is not always constant throughout the project.
No, the salad drawer is not necessarily the coldest part of the fridge. The temperature in different parts of the fridge can vary, with the back and bottom typically being colder than the top and front.
The time it takes to melt an ice cube in a fridge can vary based on factors like the size of the cube, the temperature setting of the fridge, and the air circulation inside. Generally, a small ice cube can melt in a few hours to overnight in a typical fridge.
Body temperature is around 37.But it is not fixed.I may vary a little.
Yes, the rate constant of a reaction typically increases with temperature due to the higher energy of the molecules, leading to more frequent and energetic collisions.
Fridge seals help to maintain a proper temperature inside the fridge by preventing cold air from escaping and warm air from entering. This can lead to energy savings by reducing the need for the refrigerator to work harder to maintain its temperature. The amount of energy saved will vary based on factors such as the quality of the seal, how often the fridge is opened, and the overall efficiency of the fridge.