Provide an estimate for each very large or very small quantity. Express your estimate as a single digit times an integer power of ten. Input your values into the spaces for a and b. (Do not add extra spaces in your response.) 7,709,035,709,023 is approximately a×10b10b. Where a = and b = FCPS - SBF #2 - 8.EE.A.3 - Powers of 10 7 of 77 of 7 Items
Provide an estimate for each very large or very small quantity. Express your estimate as a single digit times an integer power of ten. Input your values into the spaces for a and b. (Do not add extra spaces in your response.) 7,709,035,709,023 is approximately a×10b10b. Where a = and b = FCPS - SBF #2 - 8.EE.A.3 - Powers of 10 7 of 77 of 7 Items
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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Provide an estimate for each very large or very small quantity. Express your estimate as a single digit times an integer power of ten. Input your values into the spaces for a and b. (Do not add extra spaces in your response.)
7,709,035,709,023 is approximately a×10b10b. Where a = and b =
FCPS - SBF #2 - 8.EE.A.3 - Powers of 10
7 of 77 of 7 Items
Question
POSSIBLE POINTS: 14.29
Provide an estimate for each very large or very small quantity. Express your estimate as a single digit times an integer power of ten. Input your values into the spaces for a and b. (Do not add extra spaces in your response.)
0.00736 is approximately a×10ba×10b. Where a = and b=
Transcribed Image Text:Provide an estimate for each very large or very small quantity. Express your estimate as a single digit times an
integer power of ten. Input your values into the spaces for a and b. (Do not add extra spaces in your response.)
0.00736 is approximately a × 10%. Where a =
POSSIBLE POINTS: 14.29
and b=
Transcribed Image Text:- SBF #2 - 8.EE.A.3 - Powers of 10
Provide an estimate for each very large or very small quantity. Express your estimate as a single digit times an
integer power of ten. Input your values into the spaces for a and b. (Do not add extra spaces in your response.)
7,709,035,709,023 is approximately ax100. Where a =
POSSIBLE POINTS: 14.29
and b =
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