@(x)distance(x{:})*9.65*pi
Anonymous function that takes the four inputs as a cell array, in the same order as described in the challenge.
Note that this gives exact results (assuming that the Moon radius is 1737 km), because 1737/180 equals 9.65.
Example run in Matlab R2017b:
@(x)distance(x{:})*9.65*pi
Anonymous function that takes the four inputs as a cell array, in the same order as described in the challenge.
Note that this gives exact results (assuming that the Moon radius is 1737 km), because 1737/180 equals 9.65.
Example run in Matlab R2017b:
@(x)distance(x{:})*9.65*pi
Anonymous function that takes the four inputs as a cell array, in the same order as described in the challenge.
Note that this gives exact results (assuming that the Moon radius is 1737 km), because 1737/180 equals 9.65.
Example run in Matlab R2017b:
@(x)distance(x{:})*9.65*pi
Anonymous function that takes the four inputs as a cell array, in the same order as described in the challenge.
Note that this gives exact results (assuming that the Moon radius is 1737 km), because 1737/180 equals 9.65.
Example run in Matlab R2017b:
@(x)distance(x{:})*9.65*pi
Anonymous function that takes the four inputs as a cell array, in the same order as described in the challenge.
Note that this gives exact results (assuming that the Moon radius is 1737 km), because 1737/180 equals 9.65.
Example run in Matlab R2017b:
@(x)distance(x{:})*9.65*pi
Anonymous function that takes the four inputs as a cell array, in the same order as described in the challenge.
Note that this gives exact results (assuming that the Moon radius is 1737 km), because 1737/180 equals 9.65.
Example run in Matlab R2017b:
@(x)distance(x{:})*9.65*pi
Anonymous function that takes the four inputs as a cell array, in the same order as described in the challenge.
Note that this gives exact results (assuming that the Moon radius is 1737 km), because 1737/180 equals 9.65.
Example run in Matlab R2017b:
@(x)distance(x{:})*9.65*pi
Anonymous function that takes the four inputs as a cell array, in the same order as described in the challenge.
Note that this gives exact results, because 1737/180 equals 9.65.
Example run in Matlab R2017b:
@(x)distance(x{:})*9.65*pi
Anonymous function that takes the four inputs as a cell array, in the same order as described in the challenge.
Note that this gives exact results (assuming that the Moon radius is 1737 km), because 1737/180 equals 9.65.
Example run in Matlab R2017b: