Charles's Law of V/T = k were represented in graphical form, what it would look like?j
2 answers:
As far as I understand, you have to plot <span>t(v) = v/k.
According to this, you have to use a form like that </span>
, in which 
.
Then you can see that the vertical-intercept is zero therefore the gradient should be is <span><span>1/k.
Do hope you will find my both answer helpful and useful. Regards!</span></span>
According to this, you have to use a form like that </span>
Then you can see that the vertical-intercept is zero therefore the gradient should be is <span><span>1/k.
Do hope you will find my both answer helpful and useful. Regards!</span></span>
Answer: The straight line will be seen in the graph.
Explanation:
Charles law states that 'the volume occupied by the gas is directly proportional to the temperature(in Kelvins) of the gas when pressure is held constant'.
( at constant pressure)
When we represent this relation on graph by placing temperature at x axis and volume at y axis we will get a straight line starting from the origin. The slope of this graph will give us value of constant '1/k'.
As shown in the image attached.
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