%% The NE11 Aluminum results, in Tex format
%% (these are the tables in the Phys. Rev. C. article)
\input phyzzx
\pagenumber=18
\baselineskip 15pt \twelvepoint
\def\eprime{E^{\,\prime}}
\noindent Table I. Cross section per nucleon for
inelastic electron scattering from aluminum from
this experiment. Also shown are values of $\nu W_2/A$
extracted assuming $R=0.32/Q^2$. The errors are
statistical only, and do not include an overall
normalization error of about 3\%.
\vskip .1in
\input tables
\def\usy#1{\null\undertext{#1\vphantom{$_s$}}}
\def\pze{\phantom{0}}
\thicksize=0pt \thinsize=0 pt
\tablewidth=5.8in \hsize=5.8in \vsize=8.6in
\def\tstrut{\vrule height 10 pt depth 4  pt width 0pt}
\def\tstrutt{\vrule height 16 pt depth 4 pt width 0pt}
\hrule \vskip 3pt \hrule \vskip .1in \begintable
\hbox to 1.3 cm {\hfill $\eprime$ \hfill} &
\hbox to 2.1 cm {\hfill $Q^2$ \hfill} &
\hbox to 1.9 cm { } &  \hbox to 2.0 cm { } &
\hbox to 2.0 cm { } & \hbox to 3.1 cm
{\hfill $d\sigma /d\Omega d\eprime$ \hfill} &
\hbox to 2.7 cm {\hfill $\nu W_2/A$ \hfill} \nr
(GeV) & (GeV/c)$^2$ & $\epsilon$ & $x$ & $\xi$ &
(nb/sr-GeV) & $(\times 1000)$ \nrneg{10pt}
\multispan7 \tstrut\us{\hbox to \tablewidth{}}\nr
\multispan{7}\tstrutt\hfil $E=1.968$ \hskip .20in $\theta=55.208$ \hfil \nr
 1.100 & 1.859 & 0.565 & 1.141 & 0.798 &
    $ 0.683\pm 0.042$ & $  15.7\pm 1.0\pze$ \nr
 1.072 & 1.812 & 0.559 & 1.078 & 0.768 &
    $ 0.938\pm 0.037$ & $  22.1\pm 0.9\pze$ \nr
 1.044 & 1.764 & 0.552 & 1.017 & 0.740 &
    $  1.12\pm  0.04$ & $  26.9\pm 1.1\pze$ \nr
 1.016 & 1.717 & 0.545 & 0.961 & 0.712 &
    $  1.32\pm  0.09$ & $  32.3\pm 2.2\pze$ \nr
 0.988 & 1.670 & 0.537 & 0.908 & 0.684 &
    $  1.52\pm  0.13$ & $  37.9\pm 3.1\pze$ \nr
 0.960 & 1.622 & 0.529 & 0.857 & 0.657 &
    $  1.85\pm  0.11$ & $  46.8\pm 2.8\pze$ \nr
 0.932 & 1.575 & 0.521 & 0.810 & 0.630 &
    $  1.89\pm  0.17$ & $  48.7\pm 4.4\pze$ \nr
\multispan{7}\tstrutt\hfil $E=2.407$ \hskip .20in $\theta=41.110$ \hfil \nr
 1.582 & 1.878 & 0.723 & 1.213 & 0.826 &
    $ 0.786\pm 0.111$ & $  9.47\pm  1.34$ \nr
 1.550 & 1.839 & 0.718 & 1.143 & 0.796 &
    $  1.12\pm  0.12$ & $  13.9\pm 1.5\pze$ \nr
 1.517 & 1.800 & 0.712 & 1.078 & 0.768 &
    $  1.67\pm  0.07$ & $  21.5\pm 0.9\pze$ \nr
 1.484 & 1.762 & 0.706 & 1.018 & 0.739 &
    $  2.12\pm  0.07$ & $  28.0\pm 0.9\pze$ \nr
 1.452 & 1.723 & 0.699 & 0.961 & 0.712 &
    $  2.53\pm  0.07$ & $  34.3\pm 1.0\pze$ \nr
 1.419 & 1.684 & 0.692 & 0.908 & 0.685 &
    $  2.69\pm  0.13$ & $  37.5\pm 1.8\pze$ \nr
 1.386 & 1.646 & 0.685 & 0.859 & 0.659 &
    $  3.23\pm  0.12$ & $  46.2\pm 1.7\pze$ \nr
 1.354 & 1.607 & 0.678 & 0.813 & 0.634 &
    $  3.51\pm  0.11$ & $  51.4\pm 1.6\pze$ \nr
 1.321 & 1.568 & 0.670 & 0.770 & 0.609 &
    $  3.71\pm  0.13$ & $  55.4\pm 2.0\pze$ \nr
 1.288 & 1.529 & 0.662 & 0.729 & 0.585 &
    $  4.98\pm  0.77$ & $75.9\pm11.7    $ \nr
\multispan{7}\tstrutt\hfil $E=2.407$ \hskip .20in $\theta=58.882$ \hfil \nr
 1.103 & 2.567 & 0.486 & 1.049 & 0.812 &
    $ 0.196\pm 0.018$ & $  11.3\pm 1.0\pze$ \nr
 1.075 & 2.500 & 0.479 & 1.000 & 0.784 &
    $ 0.251\pm 0.016$ & $  14.7\pm 0.9\pze$ \nr
 1.046 & 2.434 & 0.471 & 0.953 & 0.756 &
    $ 0.301\pm 0.021$ & $  17.7\pm 1.2\pze$ \nr
 1.018 & 2.367 & 0.464 & 0.908 & 0.729 &
    $ 0.400\pm 0.041$ & $  23.7\pm 2.4\pze$ \nr
 0.989 & 2.301 & 0.456 & 0.865 & 0.702 &
    $ 0.472\pm 0.033$ & $  28.1\pm 2.0\pze$ \nr
 0.961 & 2.235 & 0.448 & 0.823 & 0.675 &
    $ 0.644\pm 0.047$ & $  38.5\pm 2.8\pze$ \nr
\multispan{7}\tstrutt\hfil $E=2.837$ \hskip .20in $\theta=44.993$ \hfil \nr
 1.607 & 2.669 & 0.650 & 1.156 & 0.868 &
    $ 0.175\pm 0.025$ & $  5.69\pm  0.80$ \nr
 1.573 & 2.613 & 0.644 & 1.101 & 0.840 &
    $ 0.317\pm 0.026$ & $  10.5\pm 0.9\pze$ \nr
 1.539 & 2.557 & 0.637 & 1.049 & 0.811 &
    $ 0.367\pm 0.020$ & $  12.3\pm 0.7\pze$
\endtable \hrule \vskip 3pt
 \hrule \vskip -.03in \hskip 4.9in
{\tenpoint \it continued} \endpage
\tablewidth=5.8in \hsize=5.8in \vsize=8.6in
 \noindent Table I. continued. \vskip 5pt
\hrule \vskip 3pt \hrule \vskip .1in
\begintable
\hbox to 1.3 cm {\hfill $\eprime$ \hfill} &
\hbox to 2.1 cm {\hfill $Q^2$ \hfill} &
\hbox to 1.9 cm { } &  \hbox to 2.0 cm { } &
\hbox to 2.0 cm { } & \hbox to 3.1 cm
{\hfill $d\sigma /d\Omega d\eprime$ \hfill} &
\hbox to 2.7 cm {\hfill $\nu W_2/A$ \hfill} \nr
(GeV) & (GeV/c)$^2$ & $\epsilon$ & $x$ & $\xi$ &
(nb/sr-GeV) & $(\times 1000)$ \nrneg{10pt}
\multispan7 \tstrut\us{\hbox to \tablewidth{}}\nr
 1.505 & 2.500 & 0.630 & 1.000 & 0.784 &
    $ 0.485\pm 0.026$ & $  16.6\pm 0.9\pze$ \nr
 1.471 & 2.444 & 0.623 & 0.953 & 0.757 &
    $ 0.576\pm 0.034$ & $  20.0\pm 1.2\pze$ \nr
 1.437 & 2.387 & 0.616 & 0.909 & 0.730 &
    $ 0.583\pm 0.061$ & $  20.5\pm 2.2\pze$ \nr
 1.403 & 2.331 & 0.608 & 0.866 & 0.704 &
    $ 0.793\pm 0.048$ & $  28.3\pm 1.7\pze$ \nr
 1.369 & 2.275 & 0.600 & 0.826 & 0.679 &
    $ 0.992\pm 0.052$ & $  35.8\pm 1.9\pze$ \nr
 1.335 & 2.218 & 0.591 & 0.787 & 0.654 &
    $  1.12\pm  0.09$ & $  40.9\pm 3.2\pze$ \nr
\multispan{7}\tstrutt\hfil $E=2.837$ \hskip .20in $\theta=61.205$ \hfil \nr
 1.155 & 3.397 & 0.438 & 1.076 & 0.867 &
    $0.0633\pm0.0201$ & $  6.90\pm  2.19$ \nr
 1.130 & 3.323 & 0.432 & 1.038 & 0.842 &
    $0.0658\pm0.0085$ & $  7.19\pm  0.93$ \nr
 1.105 & 3.250 & 0.426 & 1.000 & 0.819 &
    $0.0943\pm0.0100$ & $  10.3\pm 1.1\pze$ \nr
 1.080 & 3.177 & 0.420 & 0.964 & 0.795 &
    $ 0.120\pm 0.013$ & $  13.2\pm 1.4\pze$ \nr
 1.055 & 3.104 & 0.414 & 0.928 & 0.772 &
    $0.0990\pm0.0225$ & $  10.9\pm 2.5\pze$ \nr
 1.030 & 3.030 & 0.408 & 0.894 & 0.748 &
    $ 0.157\pm 0.019$ & $  17.2\pm 2.1\pze$ \nr
 1.006 & 2.957 & 0.401 & 0.860 & 0.726 &
    $ 0.182\pm 0.020$ & $  20.0\pm 2.2\pze$ \nr
 0.981 & 2.884 & 0.394 & 0.828 & 0.703 &
    $ 0.203\pm 0.033$ & $  22.2\pm 3.6\pze$ \nr
\multispan{7}\tstrutt\hfil $E=3.400$ \hskip .20in $\theta=34.694$ \hfil \nr
 2.146 & 2.594 & 0.761 & 1.102 & 0.839 &
    $ 0.574\pm 0.083$ & $  10.9\pm 1.6\pze$ \nr
 2.107 & 2.547 & 0.756 & 1.050 & 0.811 &
    $ 0.704\pm 0.044$ & $  13.7\pm 0.9\pze$ \nr
 2.068 & 2.500 & 0.750 & 1.000 & 0.784 &
    $ 0.912\pm 0.046$ & $  18.2\pm 0.9\pze$ \nr
 2.029 & 2.453 & 0.744 & 0.953 & 0.757 &
    $ 0.880\pm 0.047$ & $  17.9\pm 1.0\pze$ \nr
 1.990 & 2.406 & 0.737 & 0.909 & 0.731 &
    $  1.20\pm  0.10$ & $  25.0\pm 2.0\pze$ \nr
\multispan{7}\tstrutt\hfil $E=3.400$ \hskip .20in $\theta=44.482$ \hfil \nr
 1.700 & 3.311 & 0.615 & 1.038 & 0.842 &
    $ 0.137\pm 0.022$ & $  7.94\pm  1.24$ \nr
 1.668 & 3.250 & 0.609 & 1.000 & 0.819 &
    $ 0.139\pm 0.020$ & $  8.13\pm  1.16$ \nr
 1.637 & 3.189 & 0.602 & 0.964 & 0.795 &
    $ 0.194\pm 0.024$ & $  11.5\pm 1.4\pze$ \nr
 1.605 & 3.128 & 0.596 & 0.929 & 0.773 &
    $ 0.233\pm 0.043$ & $  13.8\pm 2.6\pze$ \nr
\multispan{7}\tstrutt\hfil $E=3.400$ \hskip .20in $\theta=57.572$ \hfil \nr
 1.289 & 4.066 & 0.441 & 1.027 & 0.862 &
    $0.0392\pm0.0083$ & $  5.95\pm  1.26$ \nr
 1.260 & 3.972 & 0.435 & 0.989 & 0.836 &
    $0.0396\pm0.0078$ & $  6.01\pm  1.19$ \nr
 1.230 & 3.878 & 0.428 & 0.952 & 0.810 &
    $0.0724\pm0.0132$ & $  11.0\pm 2.0\pze$ \nr
\multispan{7}\tstrutt\hfil $E=3.956$ \hskip .20in $\theta=28.409$ \hfil \nr
 2.709 & 2.581 & 0.830 & 1.103 & 0.838 &
    $ 0.686\pm 0.117$ & $  8.43\pm  1.43$ \nr
 2.666 & 2.541 & 0.825 & 1.050 & 0.811 &
    $  1.01\pm  0.10$ & $  12.8\pm 1.2\pze$ \nr
 2.624 & 2.500 & 0.820 & 1.000 & 0.784 &
    $  1.25\pm  0.10$ & $  16.3\pm 1.3\pze$ \nr
 2.581 & 2.460 & 0.815 & 0.954 & 0.758 &
    $  1.35\pm  0.11$ & $  18.0\pm 1.5\pze$ \nr
 2.539 & 2.419 & 0.810 & 0.910 & 0.732 &
    $  1.41\pm  0.15$ & $  19.3\pm 2.0\pze$
\endtable \hrule \vskip 3pt
 \hrule \vskip -.03in \hskip 4.9in
{\tenpoint \it continued} \endpage
\tablewidth=5.8in \hsize=5.8in \vsize=8.6in
 \noindent Table I. continued. \vskip 5pt
\hrule \vskip 3pt \hrule \vskip .1in
\begintable
\hbox to 1.3 cm {\hfill $\eprime$ \hfill} &
\hbox to 2.1 cm {\hfill $Q^2$ \hfill} &
\hbox to 1.9 cm { } &  \hbox to 2.0 cm { } &
\hbox to 2.0 cm { } & \hbox to 3.1 cm
{\hfill $d\sigma /d\Omega d\eprime$ \hfill} &
\hbox to 2.7 cm {\hfill $\nu W_2/A$ \hfill} \nr
(GeV) & (GeV/c)$^2$ & $\epsilon$ & $x$ & $\xi$ &
(nb/sr-GeV) & $(\times 1000)$ \nrneg{10pt}
\multispan7 \tstrut\us{\hbox to \tablewidth{}}\nr
\multispan{7}\tstrutt\hfil $E=3.956$ \hskip .20in $\theta=35.382$ \hfil \nr
 2.296 & 3.355 & 0.730 & 1.077 & 0.865 &
    $ 0.206\pm 0.048$ & $  7.26\pm  1.71$ \nr
 2.260 & 3.303 & 0.724 & 1.038 & 0.842 &
    $ 0.190\pm 0.030$ & $  6.78\pm  1.08$ \nr
 2.224 & 3.250 & 0.719 & 1.000 & 0.819 &
    $ 0.277\pm 0.035$ & $  10.0\pm 1.3\pze$ \nr
 2.188 & 3.198 & 0.713 & 0.964 & 0.796 &
    $ 0.343\pm 0.040$ & $  12.6\pm 1.5\pze$ \nr
 2.152 & 3.145 & 0.707 & 0.929 & 0.774 &
    $ 0.429\pm 0.058$ & $  16.0\pm 2.1\pze$ \nr
\multispan{7}\tstrutt\hfil $E=3.956$ \hskip .20in $\theta=43.707$ \hfil \nr
 1.887 & 4.138 & 0.604 & 1.066 & 0.887 &
    $0.0655\pm0.0252$ & $  5.67\pm  2.18$ \nr
 1.850 & 4.057 & 0.598 & 1.027 & 0.861 &
    $0.0655\pm0.0126$ & $  5.72\pm  1.10$ \nr
 1.813 & 3.976 & 0.591 & 0.989 & 0.836 &
    $0.0555\pm0.0111$ & $  4.87\pm  0.97$ \nr
 1.777 & 3.895 & 0.583 & 0.952 & 0.811 &
    $0.0887\pm0.0161$ & $  7.84\pm  1.42$ \nr
\multispan{7}\tstrutt\hfil $E=3.956$ \hskip .20in $\theta=59.291$ \hfil \nr
 1.310 & 5.071 & 0.393 & 1.021 & 0.883 &
    $0.0086\pm0.0033$ & $  2.23\pm  0.85$ \nr
 1.284 & 4.970 & 0.388 & 0.991 & 0.861 &
    $0.0187\pm0.0047$ & $  4.81\pm  1.20$ \nr
 1.258 & 4.869 & 0.382 & 0.962 & 0.839 &
    $0.0236\pm0.0060$ & $  6.05\pm  1.54$ \nr
\multispan{7}\tstrutt\hfil $E=4.507$ \hskip .20in $\theta=35.592$ \hfil \nr
 2.447 & 4.121 & 0.705 & 1.066 & 0.887 &
    $0.0969\pm0.0354$ & $  5.42\pm  1.98$ \nr
 2.405 & 4.050 & 0.699 & 1.027 & 0.861 &
    $0.0977\pm0.0190$ & $  5.54\pm  1.07$ \nr
 2.363 & 3.979 & 0.692 & 0.989 & 0.836 &
    $ 0.137\pm 0.022$ & $  7.84\pm  1.24$ \nr
 2.321 & 3.908 & 0.686 & 0.953 & 0.811 &
    $ 0.127\pm 0.023$ & $  7.34\pm  1.31$ \nr
 2.279 & 3.837 & 0.679 & 0.918 & 0.787 &
    $ 0.240\pm 0.058$ & $  14.1\pm 3.4\pze$ \nr
\multispan{7}\tstrutt\hfil $E=4.507$ \hskip .20in $\theta=45.658$ \hfil \nr
 1.865 & 5.062 & 0.543 & 1.021 & 0.883 &
    $0.0173\pm0.0062$ & $  2.67\pm  0.95$ \nr
 1.833 & 4.974 & 0.536 & 0.991 & 0.861 &
    $0.0150\pm0.0055$ & $  2.32\pm  0.86$ \nr
 1.800 & 4.885 & 0.530 & 0.962 & 0.840 &
    $0.0395\pm0.0097$ & $  6.10\pm  1.50$ \nr
\multispan{7}\tstrutt\hfil $E=5.507$ \hskip .20in $\theta=15.145$ \hfil \nr
 4.765 & 1.823 & 0.956 & 1.309 & 0.851 &
    $  8.59\pm  1.21$ & $  11.0\pm 1.6\pze$ \nr
 4.721 & 1.806 & 0.955 & 1.224 & 0.821 &
    $  7.42\pm  0.82$ & $  10.1\pm 1.1\pze$ \nr
 4.676 & 1.789 & 0.953 & 1.148 & 0.793 &
    $12.6\pm 1.0\pze$ & $  18.0\pm 1.4\pze$ \nr
 4.632 & 1.772 & 0.952 & 1.079 & 0.765 &
    $14.2\pm 1.0\pze$ & $  21.4\pm 1.5\pze$ \nr
 4.588 & 1.755 & 0.950 & 1.018 & 0.739 &
    $17.9\pm 1.1\pze$ & $  28.3\pm 1.8\pze$ \nr
 4.544 & 1.738 & 0.949 & 0.961 & 0.714 &
    $22.3\pm 1.2\pze$ & $  36.8\pm 2.0\pze$
\endtable \hrule \vskip 3pt
 \hrule \vskip -.03in \hskip 4.9in
{\tenpoint \it continued} \endpage
\tablewidth=5.8in \hsize=5.8in \vsize=8.6in
 \noindent Table I. continued. \vskip 5pt
\hrule \vskip 3pt \hrule \vskip .1in
\begintable
\hbox to 1.3 cm {\hfill $\eprime$ \hfill} &
\hbox to 2.1 cm {\hfill $Q^2$ \hfill} &
\hbox to 1.9 cm { } &  \hbox to 2.0 cm { } &
\hbox to 2.0 cm { } & \hbox to 3.1 cm
{\hfill $d\sigma /d\Omega d\eprime$ \hfill} &
\hbox to 2.7 cm {\hfill $\nu W_2/A$ \hfill} \nr
(GeV) & (GeV/c)$^2$ & $\epsilon$ & $x$ & $\xi$ &
(nb/sr-GeV) & $(\times 1000)$ \nrneg{10pt}
\multispan7 \tstrut\us{\hbox to \tablewidth{}}\nr
 4.499 & 1.721 & 0.947 & 0.910 & 0.689 &
    $23.9\pm 1.1\pze$ & $  41.4\pm 2.0\pze$ \nr
 4.455 & 1.704 & 0.945 & 0.863 & 0.666 &
    $25.2\pm 1.3\pze$ & $  45.4\pm 2.3\pze$ \nr
 4.411 & 1.687 & 0.943 & 0.820 & 0.643 &
    $26.3\pm 1.6\pze$ & $  49.3\pm 3.1\pze$ \nr
 4.367 & 1.670 & 0.941 & 0.781 & 0.622 &
    $30.4\pm 1.8\pze$ & $  59.2\pm 3.5\pze$ \nr
 4.322 & 1.654 & 0.939 & 0.744 & 0.601 &
    $31.3\pm 1.9\pze$ & $  63.2\pm 3.8\pze$ \nr
 4.278 & 1.637 & 0.936 & 0.710 & 0.581 &
    $32.1\pm 2.0\pze$ & $  67.1\pm 4.3\pze$ \nr
 4.234 & 1.620 & 0.934 & 0.678 & 0.562 &
    $36.0\pm 2.8\pze$ & $  77.8\pm 6.0\pze$ \nr
 4.189 & 1.603 & 0.931 & 0.648 & 0.543 &
    $33.7\pm 8.4\pze$ & $75.3\pm18.7    $ \nr
\multispan{7}\tstrutt\hfil $E=5.507$ \hskip .20in $\theta=18.981$ \hfil \nr
 4.466 & 2.674 & 0.927 & 1.369 & 0.956 &
    $ 0.390\pm 0.108$ & $  1.69\pm  0.47$ \nr
 4.417 & 2.645 & 0.925 & 1.294 & 0.925 &
    $ 0.794\pm 0.116$ & $  3.59\pm  0.52$ \nr
 4.369 & 2.616 & 0.923 & 1.225 & 0.895 &
    $ 0.949\pm 0.119$ & $  4.47\pm  0.56$ \nr
 4.320 & 2.587 & 0.921 & 1.162 & 0.866 &
    $  1.35\pm  0.11$ & $  6.62\pm  0.54$ \nr
 4.272 & 2.558 & 0.918 & 1.104 & 0.837 &
    $  1.75\pm  0.10$ & $  8.91\pm  0.51$ \nr
 4.223 & 2.529 & 0.915 & 1.050 & 0.810 &
    $  2.70\pm  0.12$ & $  14.2\pm 0.6\pze$ \nr
 4.175 & 2.500 & 0.913 & 1.000 & 0.784 &
    $  2.80\pm  0.13$ & $  15.3\pm 0.7\pze$ \nr
 4.126 & 2.471 & 0.910 & 0.954 & 0.758 &
    $  3.06\pm  0.13$ & $  17.3\pm 0.7\pze$ \nr
 4.078 & 2.442 & 0.907 & 0.911 & 0.734 &
    $  3.85\pm  0.14$ & $  22.4\pm 0.8\pze$ \nr
 4.029 & 2.413 & 0.904 & 0.870 & 0.710 &
    $  4.61\pm  0.17$ & $  27.7\pm 1.0\pze$ \nr
 3.981 & 2.384 & 0.901 & 0.832 & 0.687 &
    $  4.76\pm  0.24$ & $  29.4\pm 1.5\pze$ \nr
 3.932 & 2.355 & 0.897 & 0.797 & 0.665 &
    $  5.87\pm  0.28$ & $  37.4\pm 1.8\pze$ \nr
 3.884 & 2.326 & 0.894 & 0.764 & 0.644 &
    $  6.72\pm  0.36$ & $  43.9\pm 2.3\pze$ \nr
 3.836 & 2.297 & 0.890 & 0.732 & 0.623 &
    $  8.06\pm  0.78$ & $  54.1\pm 5.2\pze$ \nr
\multispan{7}\tstrutt\hfil $E=5.507$ \hskip .20in $\theta=22.804$ \hfil \nr
 3.907 & 3.363 & 0.875 & 1.120 & 0.889 &
    $ 0.406\pm 0.064$ & $  5.35\pm  0.84$ \nr
 3.863 & 3.326 & 0.871 & 1.078 & 0.865 &
    $ 0.505\pm 0.045$ & $  6.81\pm  0.60$ \nr
 3.819 & 3.288 & 0.868 & 1.038 & 0.841 &
    $ 0.604\pm 0.043$ & $  8.34\pm  0.60$ \nr
 3.775 & 3.250 & 0.865 & 1.000 & 0.819 &
    $ 0.743\pm 0.046$ & $  10.5\pm 0.6\pze$ \nr
 3.731 & 3.212 & 0.861 & 0.964 & 0.796 &
    $ 0.841\pm 0.043$ & $  12.1\pm 0.6\pze$ \nr
 3.688 & 3.175 & 0.858 & 0.930 & 0.775 &
    $ 0.959\pm 0.045$ & $  14.1\pm 0.7\pze$ \nr
 3.644 & 3.137 & 0.854 & 0.897 & 0.754 &
    $  1.00\pm  0.05$ & $  15.1\pm 0.8\pze$ \nr
 3.600 & 3.099 & 0.850 & 0.866 & 0.734 &
    $  1.26\pm  0.07$ & $  19.2\pm 1.1\pze$ \nr
 3.556 & 3.061 & 0.846 & 0.836 & 0.714 &
    $  1.48\pm  0.09$ & $  23.0\pm 1.4\pze$ \nr
 3.512 & 3.024 & 0.841 & 0.808 & 0.694 &
    $  1.64\pm  0.11$ & $  26.0\pm 1.7\pze$ \nr
 3.468 & 2.986 & 0.837 & 0.781 & 0.676 &
    $  2.13\pm  0.25$ & $  34.4\pm 4.0\pze$
\endtable \hrule \vskip 3pt
 \hrule \vskip -.03in \hskip 4.9in
{\tenpoint \it continued} \endpage
\tablewidth=5.8in \hsize=5.8in \vsize=8.6in
 \noindent Table I. continued. \vskip 5pt
\hrule \vskip 3pt \hrule \vskip .1in
\begintable
\hbox to 1.3 cm {\hfill $\eprime$ \hfill} &
\hbox to 2.1 cm {\hfill $Q^2$ \hfill} &
\hbox to 1.9 cm { } &  \hbox to 2.0 cm { } &
\hbox to 2.0 cm { } & \hbox to 3.1 cm
{\hfill $d\sigma /d\Omega d\eprime$ \hfill} &
\hbox to 2.7 cm {\hfill $\nu W_2/A$ \hfill} \nr
(GeV) & (GeV/c)$^2$ & $\epsilon$ & $x$ & $\xi$ &
(nb/sr-GeV) & $(\times 1000)$ \nrneg{10pt}
\multispan7 \tstrut\us{\hbox to \tablewidth{}}\nr
\multispan{7}\tstrutt\hfil $E=5.507$ \hskip .20in $\theta=26.823$ \hfil \nr
 3.508 & 4.157 & 0.818 & 1.108 & 0.913 &
    $0.0717\pm0.0250$ & $  2.13\pm  0.74$ \nr
 3.459 & 4.099 & 0.813 & 1.066 & 0.886 &
    $ 0.114\pm 0.015$ & $  3.45\pm  0.44$ \nr
 3.410 & 4.041 & 0.808 & 1.027 & 0.861 &
    $ 0.156\pm 0.015$ & $  4.81\pm  0.45$ \nr
 3.361 & 3.983 & 0.803 & 0.989 & 0.836 &
    $ 0.221\pm 0.015$ & $  6.93\pm  0.47$ \nr
 3.312 & 3.925 & 0.798 & 0.953 & 0.812 &
    $ 0.267\pm 0.013$ & $  8.51\pm  0.42$ \nr
 3.263 & 3.867 & 0.793 & 0.918 & 0.788 &
    $ 0.321\pm 0.015$ & $  10.4\pm 0.5\pze$ \nr
 3.214 & 3.809 & 0.787 & 0.885 & 0.765 &
    $ 0.413\pm 0.020$ & $  13.6\pm 0.6\pze$ \nr
 3.165 & 3.750 & 0.781 & 0.853 & 0.743 &
    $ 0.495\pm 0.024$ & $  16.5\pm 0.8\pze$ \nr
 3.116 & 3.692 & 0.775 & 0.823 & 0.721 &
    $ 0.548\pm 0.038$ & $  18.5\pm 1.3\pze$ \nr
\multispan{7}\tstrutt\hfil $E=5.507$ \hskip .20in $\theta=32.829$ \hfil \nr
 2.913 & 5.124 & 0.713 & 1.052 & 0.905 &
    $0.0378\pm0.0079$ & $  2.89\pm  0.60$ \nr
 2.871 & 5.051 & 0.708 & 1.021 & 0.883 &
    $0.0586\pm0.0085$ & $  4.52\pm  0.65$ \nr
 2.830 & 4.978 & 0.703 & 0.991 & 0.861 &
    $0.0588\pm0.0083$ & $  4.57\pm  0.64$ \nr
 2.789 & 4.906 & 0.697 & 0.962 & 0.840 &
    $0.0830\pm0.0103$ & $  6.50\pm  0.81$ \nr
 2.748 & 4.833 & 0.691 & 0.933 & 0.819 &
    $0.0875\pm0.0137$ & $  6.90\pm  1.08$ \nr
\multispan{7}\tstrutt\hfil $E=9.800$ \hskip .20in $\theta=13.248$ \hfil \nr
 7.900 & 4.121 & 0.952 & 1.156 & 0.938 &
    $ 0.260\pm 0.076$ & $  1.57\pm  0.46$ \nr
 7.837 & 4.088 & 0.950 & 1.110 & 0.911 &
    $ 0.589\pm 0.091$ & $  3.66\pm  0.57$ \nr
 7.775 & 4.056 & 0.949 & 1.067 & 0.886 &
    $ 0.696\pm 0.091$ & $  4.47\pm  0.58$ \nr
 7.712 & 4.023 & 0.947 & 1.027 & 0.860 &
    $ 0.860\pm 0.098$ & $  5.68\pm  0.65$ \nr
 7.650 & 3.990 & 0.945 & 0.989 & 0.836 &
    $  1.07\pm  0.11$ & $  7.24\pm  0.73$ \nr
 7.587 & 3.958 & 0.943 & 0.953 & 0.813 &
    $  1.16\pm  0.11$ & $  8.10\pm  0.80$ \nr
 7.525 & 3.925 & 0.941 & 0.919 & 0.790 &
    $  1.42\pm  0.13$ & $  10.1\pm 0.9\pze$ \nr
 7.462 & 3.892 & 0.939 & 0.887 & 0.769 &
    $  1.75\pm  0.16$ & $  12.8\pm 1.2\pze$ \nr
 7.400 & 3.860 & 0.937 & 0.857 & 0.748 &
    $  2.06\pm  0.21$ & $  15.5\pm 1.6\pze$ \nr
 7.337 & 3.827 & 0.935 & 0.828 & 0.727 &
    $  2.27\pm  0.42$ & $  17.5\pm 3.2\pze$
\endtable \hrule \vskip 3pt
 \hrule \vskip -.03in \hskip 4.9in
{\tenpoint \it continued} \endpage
\tablewidth=5.8in \hsize=5.8in \vsize=8.6in
 \noindent Table I. continued. \vskip 5pt
\hrule \vskip 3pt \hrule \vskip .1in
\begintable
\hbox to 1.3 cm {\hfill $\eprime$ \hfill} &
\hbox to 2.1 cm {\hfill $Q^2$ \hfill} &
\hbox to 1.9 cm { } &  \hbox to 2.0 cm { } &
\hbox to 2.0 cm { } & \hbox to 3.1 cm
{\hfill $d\sigma /d\Omega d\eprime$ \hfill} &
\hbox to 2.7 cm {\hfill $\nu W_2/A$ \hfill} \nr
(GeV) & (GeV/c)$^2$ & $\epsilon$ & $x$ & $\xi$ &
(nb/sr-GeV) & $(\times 1000)$ \nrneg{10pt}
\multispan7 \tstrut\us{\hbox to \tablewidth{}}\nr
\multispan{7}\tstrutt\hfil $E=9.800$ \hskip .20in $\theta=15.367$ \hfil \nr
 7.351 & 5.151 & 0.927 & 1.121 & 0.949 &
    $ 0.131\pm 0.052$ & $  1.81\pm  0.71$ \nr
 7.293 & 5.110 & 0.925 & 1.086 & 0.926 &
    $ 0.176\pm 0.038$ & $  2.47\pm  0.54$ \nr
 7.235 & 5.069 & 0.923 & 1.053 & 0.904 &
    $ 0.150\pm 0.033$ & $  2.15\pm  0.47$ \nr
 7.176 & 5.029 & 0.921 & 1.021 & 0.882 &
    $ 0.199\pm 0.037$ & $  2.92\pm  0.54$ \nr
 7.118 & 4.988 & 0.918 & 0.991 & 0.861 &
    $ 0.289\pm 0.044$ & $  4.31\pm  0.65$ \nr
 7.060 & 4.947 & 0.916 & 0.962 & 0.841 &
    $ 0.383\pm 0.051$ & $  5.83\pm  0.78$ \nr
 7.002 & 4.906 & 0.914 & 0.934 & 0.821 &
    $ 0.682\pm 0.072$ & $  10.6\pm 1.1\pze$ \nr
 6.944 & 4.866 & 0.911 & 0.908 & 0.802 &
    $ 0.644\pm 0.078$ & $  10.2\pm 1.2\pze$ \nr
 6.885 & 4.825 & 0.909 & 0.882 & 0.783 &
    $ 0.802\pm 0.109$ & $  12.9\pm 1.7\pze$ \nr
 6.827 & 4.784 & 0.906 & 0.858 & 0.765 &
    $ 0.784\pm 0.219$ & $  12.8\pm 3.6\pze$ \nr
\multispan{7}\tstrutt\hfil $E=9.800$ \hskip .20in $\theta=17.515$ \hfil \nr
 6.802 & 6.181 & 0.896 & 1.099 & 0.956 &
    $0.0265\pm0.0100$ & $ 0.730\pm 0.275$ \nr
 6.748 & 6.132 & 0.893 & 1.071 & 0.936 &
    $0.0643\pm0.0125$ & $  1.80\pm  0.35$ \nr
 6.694 & 6.083 & 0.891 & 1.044 & 0.917 &
    $0.0873\pm0.0131$ & $  2.48\pm  0.37$ \nr
 6.640 & 6.034 & 0.888 & 1.018 & 0.898 &
    $ 0.122\pm 0.015$ & $  3.51\pm  0.43$ \nr
 6.587 & 5.985 & 0.885 & 0.993 & 0.880 &
    $ 0.107\pm 0.014$ & $  3.13\pm  0.41$ \nr
 6.533 & 5.936 & 0.883 & 0.968 & 0.862 &
    $ 0.127\pm 0.016$ & $  3.75\pm  0.46$ \nr
 6.479 & 5.888 & 0.880 & 0.945 & 0.844 &
    $ 0.157\pm 0.018$ & $  4.71\pm  0.54$ \nr
 6.425 & 5.839 & 0.877 & 0.922 & 0.827 &
    $ 0.189\pm 0.022$ & $  5.73\pm  0.66$ \nr
 6.371 & 5.790 & 0.874 & 0.900 & 0.810 &
    $ 0.234\pm 0.029$ & $  7.20\pm  0.91$ \nr
 6.317 & 5.741 & 0.871 & 0.878 & 0.794 &
    $ 0.285\pm 0.052$ & $  8.87\pm  1.62$ \nr
\multispan{7}\tstrutt\hfil $E=9.800$ \hskip .20in $\theta=19.753$ \hfil \nr
 6.203 & 7.154 & 0.855 & 1.060 & 0.944 &
    $0.0328\pm0.0107$ & $  1.68\pm  0.55$ \nr
 6.154 & 7.097 & 0.852 & 1.037 & 0.927 &
    $0.0250\pm0.0085$ & $  1.29\pm  0.44$ \nr
 6.104 & 7.040 & 0.849 & 1.015 & 0.910 &
    $0.0433\pm0.0108$ & $  2.26\pm  0.57$ \nr
 6.055 & 6.983 & 0.846 & 0.994 & 0.894 &
    $0.0415\pm0.0106$ & $  2.19\pm  0.56$ \nr
 6.005 & 6.926 & 0.843 & 0.973 & 0.877 &
    $0.0679\pm0.0137$ & $  3.62\pm  0.73$ \nr
 5.956 & 6.869 & 0.840 & 0.952 & 0.862 &
    $0.0689\pm0.0145$ & $  3.70\pm  0.78$ \nr
 5.906 & 6.812 & 0.836 & 0.932 & 0.846 &
    $0.0728\pm0.0166$ & $  3.95\pm  0.90$ \nr
 5.857 & 6.755 & 0.833 & 0.913 & 0.831 &
    $ 0.100\pm 0.023$ & $  5.49\pm  1.28$ \nr
 5.807 & 6.698 & 0.830 & 0.894 & 0.816 &
    $ 0.142\pm 0.044$ & $  7.82\pm  2.44$
\endtable \hrule \vskip 3pt \hrule
\end