Programming Questions
- Thread starter SarahBS
- Start date
I assume the blue dots are heat sources and the peanut shape the maximum distance from those dots where a temperature of 100 degrees exists. In that case, everything outside the peanut shape is below 100 degrees. The rest is equal to 100 degrees I guess. In real life the dots would need a higher temperature than 100 degrees to compensate the dissipation of heat.
Sorry that nobody helped you earlier. I assume this is too little too late.
The blue line that looks like a peanut is a boundary line at 100 degrees. The two blue dots inside it would represent the heat sources. Any x within the boundary is above 100 degrees, outside the boundary is below 100 degrees, and on the line would be equal to 100 degrees.
The blue line that looks like a peanut is a boundary line at 100 degrees. The two blue dots inside it would represent the heat sources. Any x within the boundary is above 100 degrees, outside the boundary is below 100 degrees, and on the line would be equal to 100 degrees.
