Number and Algebra
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Convert −0.0053-0.0053−0.0053 to the form a×10na\times10^na×10n where 1<a≤101<a\le101<a≤10 and n∈Zn\in\mathbb{Z}n∈Z.
Convert −250-250−250 to the form a×10na\times10^na×10n where 1<a≤101<a\le101<a≤10 and n∈Zn\in\mathbb{Z}n∈Z.
Convert −40500-40500−40500 to the form a×10na\times10^na×10n where 1<a≤101<a\le101<a≤10 and n∈Zn\in\mathbb{Z}n∈Z.
Convert −0.0000406-0.0000406−0.0000406 to the form a×10na\times10^na×10n where 1<a≤101<a\le101<a≤10 and n∈Zn\in\mathbb{Z}n∈Z.
Convert −0.2-0.2−0.2 to the form a×10na\times10^na×10n where 1<a≤101<a\le101<a≤10 and n∈Zn\in\mathbb{Z}n∈Z.
Convert −672000-672000−672000 to the form a×10na\times10^na×10n where 1<a≤101<a\le101<a≤10 and n∈Zn\in\mathbb{Z}n∈Z.
Convert −0.000789-0.000789−0.000789 to the form a×10na\times10^na×10n where 1<a≤101<a\le101<a≤10 and n∈Zn\in\mathbb{Z}n∈Z.
Convert −0.00009456-0.00009456−0.00009456 to the form a×10na\times10^na×10n where 1<a≤101<a\le101<a≤10 and n∈Zn\in\mathbb{Z}n∈Z.
Convert −12345-12345−12345 to the form a×10na\times10^na×10n where 1<a≤101<a\le101<a≤10 and n∈Zn\in\mathbb{Z}n∈Z.
Convert −0.000000314-0.000000314−0.000000314 to the form a×10na\times10^na×10n where 1<a≤101<a\le101<a≤10 and n∈Zn\in\mathbb{Z}n∈Z.
Convert −98765000-98765000−98765000 to the form a×10na\times10^na×10n where 1<a≤101<a\le101<a≤10 and n∈Zn\in\mathbb{Z}n∈Z.
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Question Type 1: Converting positive numbers to standard form
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Question Type 3: Computation with numbers in standard form