It depends on how thick the line is.
a line of fit mean perfect line.
To determine how many 500 nanometer waves fit along a 2 centimeter line, first convert 2 centimeters to nanometers: 2 cm = 20,000,000 nanometers. Then, divide the total length by the wavelength: 20,000,000 nanometers / 500 nanometers = 40,000 waves. Thus, 40,000 waves of 500 nanometers can fit along a 2 centimeter line.
yes it has as many as you can fit across it
A line of best-fit.
Yes but phrased differently
Yes it does, if ladybugs wanted to live in a little corner and all of the ladybugs didnt fit, they wouldn't live there. But im not a ladybug expert so i don't know that for sure.
The line of best fit is simply the line that shows the general direction of the graph. The trick is to make the line go through as many points on the graph as possible. Some scatter plots have no line of best fit.
a line of fit mean perfect line.
When points are marked on a graph, a line is often drawn across the dots plotted. A line of best fit is a straight line that goes through as many of such points as possible.
To determine how many 500 nanometer waves fit along a 2 centimeter line, first convert 2 centimeters to nanometers: 2 cm = 20,000,000 nanometers. Then, divide the total length by the wavelength: 20,000,000 nanometers / 500 nanometers = 40,000 waves. Thus, 40,000 waves of 500 nanometers can fit along a 2 centimeter line.
yes it has as many as you can fit across it
As many as possible
The line that minimized the sum of the squares of the diffences of each point from the line is the line of best fit.
A line of best-fit.
500 nanometers long waves fit along a 2 centimeters line
as many as he wants. as long as your fit you can run for a long time.
Yes but phrased differently