What is the Temperature Distribution Equation for Finding T in a Given Equation?

Thread starter matt222
Start date Mar 26, 2011
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Distribution

In summary, temperature distribution refers to the pattern of temperatures across an area or object and can be measured using instruments like thermometers and thermal imaging cameras. Factors such as location, altitude, and time of day can affect temperature distribution, which is important for predicting and responding to changes in the environment. Climate change can also impact temperature distribution by altering weather patterns and the balance of heat in the atmosphere.

Mar 26, 2011

matt222

Homework Statement

Find T:

T+exp(-0.0005T)=-262

Homework Equations

The Attempt at a Solution

I have no idea how to solve it?

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Mar 26, 2011

Metaleer

You usually can't solve for T in equations like these in terms of elementary functions. You could try a numerical method like Newton's method.

Mar 26, 2011

matt222

solved! Thanx

FAQ: What is the Temperature Distribution Equation for Finding T in a Given Equation?

What is temperature distribution?

Temperature distribution refers to the pattern of temperatures across a given area or object. It describes how temperatures vary in different regions or at different points within the area or object.

How is temperature distribution measured?

Temperature distribution can be measured using a variety of instruments, such as thermometers, thermal imaging cameras, or data loggers. These tools can record temperatures at various points and create a visual representation of the temperature distribution.

What factors affect temperature distribution?

Some of the main factors that influence temperature distribution include geographic location, altitude, land cover, and time of day. These factors can impact the amount of solar radiation received, air circulation, and heat absorption by different surfaces.

Why is temperature distribution important?

Temperature distribution is important because it can have significant impacts on climate, weather patterns, and the function of various systems and processes. Understanding and monitoring temperature distribution is crucial for predicting and responding to changes in the environment.

How does temperature distribution relate to climate change?

Climate change can alter temperature distribution by shifting weather patterns and changing the balance of heat in the atmosphere. This can result in more extreme temperatures, such as heatwaves or cold spells, and can also affect the distribution of precipitation and other weather events.