Two hundred and fortytwo thousand
A line plot can be made using fractions. Just use fractions rather than whole numbers or other data to mark the scales of the horizontal axis and vertical axis
To plot the frequency spectrum using the fft function in MATLAB, first compute the one-dimensional discrete Fourier transform using fft, provide the data series as an input. Then use the abs() function to get the magnitude spectrum, and plot the result using the plot() function, with the frequency domain on the x-axis and the magnitude spectrum on the y-axis.
X-axis
On the horizontal axis you would probably plot the time. On the vertical axis you could plot displacement, velocity or acceleration.
You plot the magnitude of the angle along the horizontal axis and the value of the trigonometric ratio on the vertical axis.
X-axis
True. An axis locates data.
when the y-axis is broken on a plot of y vs. X
The first number is the X axis and the second number is the Y axis
Plot the y-axis, which is the b in the y=mx+b in the slope intercept equation. Then, you put your slope and plot the line.
You wouldn't have to, because you could categorize the x-axis as 'months' and list all 12 months. It would be easier for your situation to use a histagram, and have the x-axis labeled 'months' and the y-axis labeled 'temps / tempatures'. If you must or insist strongly on using a line plot, I'm sure this would still be an accurate line plot. Unknown user.
It is a semi-log plot. A plot with a logarithmic scale (goes up by multiples of 10) on each axis is a log-log plot.