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How do you draw an abiatic line on a graph?
That depends on what you have chosen for the axes. If one of the axes is enthalpy, then an adiabatic line would be a straight line perpendicular to that axis.
Is the volume expanded and the volume compressed during carnot cycle is equal?
Since it is a CYCLE, the overall volume change from minimum volume to maximum volume and back must sum to zero, thus the volume expanded must equal the volume compressed. Now, bear in mind that the Carnot Cycle consists of 4 steps:Reversible isothermal expansion of the gas at the "hot" temperature, T1 (isothermal heat addition or absorption).Isentropic (reversible adiabatic) expansion of the gas (isentropic work output).Reversible isothermal compression of the gas at the "cold" temperature, T2. (isothermal heat rejection)Isentropic compression of the gas (isentropic work input).Although when you graph the cycle on a PV diagram, it looks pretty similar, there is no requirement that the volume change in step 1 matches the volume change in step 3, nor that the volume change in step 2 match that in step 4.
How does a graph with no trend differ from a graph with anomalous data points?
it differs becaus eit shows differ amount of data and it gives a differ piont of point of numbers
By which process does a cubic equation draw into the graph?
By the process of plotting.
What do control limits represent on a graph?
A control limit on the graph for a process represents a point where the operator needs to take some predefined action.
What is an adiabat?
An adiabatic process is a thermodynamic process, there is no gain or loss of heat.
Which of these explains how a bar graph differs from a line graph?
Instead of connecting points with a line, a bar graph uses bars to represent data.
How do you draw an abiatic line on a graph?
That depends on what you have chosen for the axes. If one of the axes is enthalpy, then an adiabatic line would be a straight line perpendicular to that axis.
A bar graph differs from a line graph because?
the points on a bar graph are not connected to each other.
Is the volume expanded and the volume compressed during carnot cycle is equal?
Since it is a CYCLE, the overall volume change from minimum volume to maximum volume and back must sum to zero, thus the volume expanded must equal the volume compressed. Now, bear in mind that the Carnot Cycle consists of 4 steps:Reversible isothermal expansion of the gas at the "hot" temperature, T1 (isothermal heat addition or absorption).Isentropic (reversible adiabatic) expansion of the gas (isentropic work output).Reversible isothermal compression of the gas at the "cold" temperature, T2. (isothermal heat rejection)Isentropic compression of the gas (isentropic work input).Although when you graph the cycle on a PV diagram, it looks pretty similar, there is no requirement that the volume change in step 1 matches the volume change in step 3, nor that the volume change in step 2 match that in step 4.
How does a graph with no trend differ from a graph with anomalous data?
it differs becaus eit shows differ amount of data and it gives a differ piont of point of numbers
How does a graph with no trend differ from a graph with a anomalous data points?
it differs becaus eit shows differ amount of data and it gives a differ piont of point of numbers
How does a graph with no trends differ from a graph with anomalous data points?
it differs becaus eit shows differ amount of data and it gives a differ piont of point of numbers
How does a graph with no trend differ from a graph with anomalous data points?
it differs becaus eit shows differ amount of data and it gives a differ piont of point of numbers
By which process does a cubic equation draw into the graph?
By the process of plotting.
Isotherm in physics?
Isotherms in thermal physics are the lines on a pressure versus volume graph for an ideal gas, where the pressure and volume are alowwed to vary but temperature is kept constant. They are the result of Isothermal expansions or contracions of ideal gasses.
Describe your process for determining the scale for a bar graph?
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