The following is just an informal discussion, to show why it is reasonable. Work = force x distance. Now, it requires a force to compress a gas. For simplicity, assume a piston of constant diameter. At higher pressures, the force required is greater. And a greater change in volume implies a larger distance.
The area under the curve on a pressure-volume (PV) diagram represents the work done on a gas during a process because work is defined as the area under a pressure-volume curve. The magnitude of the work done is proportional to the area enclosed by the curve on the PV diagram, with the sign of the work determined by the direction of the process (expansion or compression).
The magnitude of a vector represents its length or size. It gives information about the strength or intensity of the quantity being represented by the vector. The larger the magnitude, the greater the value of the vector.
In physics, magnitude is the size or quantity of a physical property, such as force or velocity. To find the magnitude of a vector quantity, you can use the Pythagorean theorem, which involves squaring the components of the vector, adding them together, and then taking the square root of the sum. This gives you the magnitude of the vector.
Magnitude of the force.
No, height is a scalar quantity, not a vector. Scalars have only magnitude, while vectors have both magnitude and direction. Height only gives the measurement of how tall something is, without specifying a direction.
The area under the curve on a pressure-volume (PV) diagram represents the work done on a gas during a process because work is defined as the area under a pressure-volume curve. The magnitude of the work done is proportional to the area enclosed by the curve on the PV diagram, with the sign of the work determined by the direction of the process (expansion or compression).
You multiply all the numbers in the center of the Venn Diagram. This gives you the highest possible number that goes into both numbers.
No. It's what we see. (The amount it actually gives off is called the absolute magnitude.)
A diagram is a picture that goes with text and usually gives an example of what is in the text in picture form.
The magnitude of a vector represents its length or size. It gives information about the strength or intensity of the quantity being represented by the vector. The larger the magnitude, the greater the value of the vector.
2nd law of motion
gemetrically the definite integral gives the area under the curve of the integrand. explain the corresponding interpretation for a line integral.
It is actually absolute magnitude, opposed to apparent magnitude which is how much light stars appear to give off.
It gives the magnitude too
geometically , the definite integral gives the area under the curve of the integrad .
It gives more satisfaction
A mechanic may use a diagram for a Renault Clio to do necessary repairs. The diagram is helpful because it gives an outline of how the car is made.