Answer
(a) 1.259 × $10^{3}$ J = 1.259 kJ
(b) 2.18 × $10^{3}$ J = 2.18 aJ
(c) 5.5 MJ = 5500 kJ
(d) 7.5 × $10^{-3}$ ns =7500 fs
(e) 2.0 m$^{3}$ = 2.0 x $10^{6}$ mL
Work Step by Step
No steps
General Chemistry (4th Edition)
by McQuarrie, Donald A.
Published by
University Science Books
ISBN 10:
1891389602
ISBN 13:
978-1-89138-960-3
Chapter 1 Chemistry and the Scientific Method - Problems - Page 36: 36
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