// Numbas version: exam_results_page_options
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", "licence": "None specified"}, "statement": "", "advice": "We want to measure the $\\var{options[1][1]}$.
\nThe options you have been given are
\n$10^{\\var{options[0][3]}}$ metres = $\\var{options[0][4]}$
\n$10^{\\var{options[1][3]}}$ metres = $\\var{options[1][4]}$
\n$10^{\\var{options[2][3]}}$ metres = $\\var{options[2][4]}$
\n\nWe want an order of magnitude, not a precise value, and therefore the sensible choice is
$10^{\\var{options[1][3]}}$ metres = $\\var{options[1][4]}$
\n\n\n\n\n| \n Scale Factor \n | \nName | \nSymbol | \n
\n\n| \n $10^{12}$ \n | \ntera | \nT | \n
\n\n| $10^9$ | \ngiga | \nG | \n
\n\n| $10^6$ | \nmega | \nM | \n
\n\n| $10^3$ | \nkilo | \nk | \n
\n\n| $10^{-1}$ | \ndeci | \nd | \n
\n\n| $10^{-2}$ | \ncenti | \nc | \n
\n\n| $10^{-3}$ | \nmilli | \nm | \n
\n\n| $10^{-6}$ | \nmicro | \n$\\mu$ | \n
\n\n| $10^{-9}$ | \nnano | \nn | \n
\n\n| $10^{-12}$ | \npico | \n\n\n p \n | \n
\n\n
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\n$\\var{options[1][1]}$
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