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No - a line graph may peak and trough depending on the data marked on the graph - a bit 'like join the dots'.
a point in a curve or on a graph, or a value of a physical quantity, higher than those around it
Pie is tasty. Pi, however, is what you use in periodic functions. +++ And you do so because periodic functions have properties linked to those of the circle. (You can illustrate this by plotting a sine curve on graph-paper, from a circle whose diameter is the peak-peak amplitude of the wave..)
bar graph, double bar graph, line graph, and picto graph
Pie graph, column graph , tally graph, Histogram
Perhaps the graph was about the height of the hour hand of a clock!
the maximum, turning point, peak ?
The peak of any graph is the highest point (usually in the y direction). The peak is the maximum value.
No - a line graph may peak and trough depending on the data marked on the graph - a bit 'like join the dots'.
Usually with an oscilloscope which shows a graph of the voltage, and then the peak-to-peak ripple voltage can be read off the screen.
Use those speacial reading graphs You should have a hydrograph to look at. Look at the curve on this graph, the highest point on this curve is the peak flow. It cannot be calculated, just read off a graph. Peak Flow = Tidal Volume x 60 / I-time
I assume you are asked to find peak voltage on a graph. If so its simply the number of divisions times four volts for the highest point on the graph.
We'll get right to work on that one as soon as we get a look at the graph.
The data values with the highest frequency, gives the peak of the distribution graph.
A line graph is good cause it is easier to read
Firstly an attenuation is the reduction in the peak of a hydro-graph as it movesdownstream, resulting in a more broad, flat hydro-graph.Therefore the attenuated peak is the highest point before it attenuates.
cant tell you cause of your mom