Draw a circuit in Physics

As starting point:

documentclass[margin=3mm]{standalone}
usepackage[american]{circuitikz}

begin{document}
begin{circuitikz}
draw   (0,0)   to[ammeter]          ++ (1.5,0)
                to[generic, l=R]    ++ (2.5,0)
        (0,0)   to[short,-*]        ++ (0.0,1.5)  coordinate (v)
                to[voltmeter,-*]    ++ (4,0)
        (v)     to[short]           ++ (0,1.5)
                to[V=E, invert]     ++ (4,0)
                to[short,-*]        ++ (0,-1.5)
                -- ++ (0,-1.5);
end{circuitikz}
end{document}

Edit: Instruments has added sign symbols, voltage source arrows ...

documentclass[margin=3mm]{standalone}
usepackage[american]{circuitikz}

begin{document}
begin{circuitikz}
draw   (0,0)   to [rmeter,t=A,v={~}]   ++ (2,0)
                to [generic=R]          ++ (2,0)
        (0,0)   to [short,-*]           ++ (0.0,1.5)  coordinate (v)
                to [rmeter,-*,t=V,v={~}]   ++ (4,0)
        (v)     to [short]              ++ (0,1.5)
                to [V=E, name=Ve]       ++ (4,0)
                to [short,-*]           ++ (0,-1.5)
                -- ++ (0,-1.5);
draw[->] (Ve.sw) -- (Ve.ne);
end{circuitikz}
end{document}

Addendum: In electrical engineering such shems are usually drawn such, that the common (ground) potential is at bottom of shems:

documentclass[margin=3mm]{standalone}
usepackage[american]{circuitikz}

begin{document}
begin{circuitikz}
draw   (0,0)   to [V=$E$, invert]  ++(0,4)
                to [short,-*]       ++ (1.5,0)  coordinate (v)
                -- ++ (0,-1) to [rmeterwa, t=V,v={~}] ++ (0,-2) % that +/- signs are 
                                                                % closed to V-meter
                             to [short,-*] ++ (0,-1)                
        (v)     to [short]          ++ (1.5,0)
                to [generic, a=R]   ++ (0,-2)
                to [rmeterwa,t=A,v={~}]  ++ (0,-2)
                -- (0,0)
               ;                
end{circuitikz}
end{document}