[Kinematics] Based on matlab uniform speed linear motion law

% Speed and height of movement of the vertical upcast object clear % clear variable g=10; % acceleration of gravity v0=10:5:40; % initial velocity vector t=0:0.1:4; Meshgrid (V0,T) = meshGrid (V0,T); % Initial velocity and time matrix V=V0-g*T; % velocity matrix H=V0.*T-g*T.^2/2; % height matrix figure % Create graph window %plot(t,V,'LineWidth'.2% Plot (t,V(:,1),'o-',t,V(:,2),'d-',t,V(:,3),'s-',t,V(:,4),'p-'. t,V(:,5),'h-',t,V(:,6),'< -,t,V(:,7),> '-'Grid on % + grid n=length(v0); % number of initial speeds leg=[repmat('\itv\rm_0=',n,1),num2str(v0'),repmat('m/s',n,1)]; % Initial speed string legend(leg) % inserts the initial speed legend fs=16; % font size title('The velocity of a vertically thrown object in relation to time.'.'FontSize', title xlabel (fs) %'time, itt, rm/s'.'FontSize',fs) % ylabel('speed \ itv \ \ cdots rm/m ^ - ^ 1'.'FontSize',fs)% y label [vm,im]=min(abs(V)); % Minimum speed subscript tm=t(im); Plot (tm,zeros(n,1),'o'Text (tm,zeros(n,1),num2str(tm'),'FontSize',fs)% mark time figure % create graph window %plot(t,H,'LineWidth'.2% Plot (t,H(:,1),'o-',t,H(:,2),'d-',t,H(:,3),'s-',t,H(:,4),'p-'. t,H(:,5),'h-',t,H(:,6),'< -,t,H(:,7),> '-'Grid on % % legend(leg,2) % Insert initial speed legend title('Height of a vertical projectile in relation to time'.'FontSize', title xlabel (fs) %'time, itt, rm/s'.'FontSize',fs) % ylabel('height \ ith \ rm/m'.'FontSize',fs) % y % y % y2/2; % Max height hold on % hold image STEM (tm,hm,The '-'% Draw the maximum height bar graph text(tm,hm,num2str(hm'),'FontSize',fs)% mark maximum height v0=0:40; % dense initial velocity vector tm=v0/g; % time to peak hm=v0.^2/2/g; % maximum height plot(tm,hm,'-'.'LineWidth'.2) % Draw the maximum height curveCopy the code

Version: 2014 a