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'.
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.
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
The graph of a ball thrown vertically upward and coming downward without air resistance would be symmetrical around the peak. The velocity would be positive during the upward motion (accelerating upwards and then slowing down until it momentarily stops at the peak) and negative during the downward motion (accelerating downwards). The acceleration due to gravity would cause the velocity to increase in the downward direction until it reaches the initial velocity at the start.
To draw a velocity-time graph for a body thrown vertically upwards, the initial velocity will be positive (upwards) and steadily decrease due to gravity until reaching zero at the peak. After the peak, the velocity becomes negative as the body falls back down. The graph will have a symmetrical shape with the velocity decreasing and then increasing back to the initial velocity.
The peak potential difference is the maximum voltage that can be measured in an electrical system. It is typically shown on a graph as the highest point along the voltage axis. In an oscilloscope display, the peak potential difference is indicated by the highest point reached by the waveform.
cant tell you cause of your mom