A Very Humble Bumble Bee

%% A Very Humble Bumble Bee
% Determines the size of the magnetic force acting on a flying projectile

% Inputs and Variables
v = input('What is the speed in m/s?\n');
B = input('What is the magnetic field in Teslas?\n');
theta = input('What is the angle between the magnetic field and the horzion in degrees?\n ');
q = input('What is the charge on the bumblebee in Coulombs?\n ');

% Ouputs and Equations
Fnat = q*v*B*sind(theta);
Fturn = q*v*B;
fprintf(['If the bee stays on its course the force is %.3e N \n'...
        'and if the bee makes a 90 degrees turn the force is %.3e N \n'], Fnat, Fturn);
%{
The angle theta must be entered in degrees. Multiply radians by 180/pi to
    get degrees
Under the assumption that the bumblebee is flying North and the magnetic
field is at theta degrees below the horizon. Fturn is if the bee turns West
while it maintains its original speed.
%}