Time just flows right along regardless of temperature so expressing that time is dependent on something like temperature is definitely looking at things backward.shina said:Hey I m new here. I hope u all will cooperate with me.
As I have read much about proportionality in science. So can I say that when time increases temperature also inreases or decreases. So time is proportional or inversely proportional to temperature.
Yaa I m truly satisfied with uphinds said:Time just flows right along regardless of temperature so expressing that time is dependent on something like temperature is definitely looking at things backward.
You can play with equations so that the MATH looks that way, but that doesn't represent reality. You can't change temperature and automatically have time be forced to change.
Besides all of that, temperature does NOT necessarily change with time in general. Be more specific about what temperature you are talking about.
I say again, this is only correct as far as a math equation goes. It has no bearing on reality.shina said:Hence I can say that time is either proportional or is inversely propotional to temp
But by using similar methods many theories are formed. I m also fully satisfied with you.phinds said:I say again, this is only correct as far as a math equation goes. It has no bearing on reality.
I hope it will remain samerootone said:Take a container of something, let's say just a bottle of water, at a given temperature, say 20C.
Now place the container in box which has air maintained at 20C and leave it there for a week, or years if you like.
What temperature do you suppose the water will be when you take it out of the box?
Yes, so the passing of time is unrelated to the temperature.shina said:I hope it will remain same
yes this is a correct example. But how do u know what the time is. Let us take time = x and temperature = y and it is stable. Now I can write x is proportional to time because time is never stable it will go on increasing. And if time will increase then automatically temp will decrease as compare to time. Thus I can say time is proportional or inversely proportional to temprootone said:Yes, so the passing of time is unrelated to the temperature.
You could of course start with water at 20C and heat it to be 30C, and this will take a certain amount of time.
However that time will be dependent on the amount of energy being applied, it will get warm much quicker if warmed by a microwave oven than it will if warmed by a candle.
The relationship between time and temperature can vary depending on the situation. In some cases, time and temperature may be directly proportional, meaning that as time increases, so does the temperature. In other cases, they may be inversely proportional, meaning that as time increases, temperature decreases.
The best way to determine the relationship between time and temperature is by plotting a graph of the two variables. If the graph shows a straight line passing through the origin, then the relationship is proportional. If the graph shows a curve that decreases or increases, then the relationship is inverse.
Several factors can affect the relationship between time and temperature, such as the type of material, the amount of heat applied, and external conditions like pressure and humidity. These factors can alter the rate at which temperature changes over time.
Yes, time and temperature can be independent of each other in certain scenarios. For example, in a chemical reaction, the time it takes for a reaction to occur is not necessarily related to the temperature at which it occurs. However, in most cases, there is some level of dependence between time and temperature.
The relationship between time and temperature is a crucial aspect of many scientific studies, particularly in fields such as physics and chemistry. It is used to understand and predict how materials and substances will react to changes in temperature over time. This information is essential in developing new technologies and improving our understanding of the natural world.