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Transcript
SI Units
Base Unit _____________________________________________
Derived Unit _________________________________________
Two other quantities measured in derived units are
Scientific Notation:
________________________________________________
_______________________________________________________________________
 Scientific notation looks like this: _________________________________________


M = _________________________________________________

n = __________________________________________________
If the GIVEN number is > 1, the exponent (n) is _____________________.
Example: 230. is the same as 2.30 x 102

If the GIVEN number is < 1, the exponent (n) is _____________________.
Example: 0.23 is the same as 2.3 x 10-1
Standard Notation:
this is where a number is taken from ____________________
and put back to its ______________________ by moving the __________ the specified
number of times as shown by the ___________________. The exponent does NOT tell you
how many zeroes to add; the exponent tells you ___________________________________.
 Standard notation looks like a normal number.
Practice Problems
Write the following numbers in scientific notation.
1. 0.000 0250 m ____________________
2. 1 500 000 g _____________________
3. 0.000 341 2 km ___________________
4. 8.12 L __________________________
Write the following numbers in standard notation.
5. 3.412 x 10-3 cm ___________________
6. 4.75 x 108 L _____________________
7. 5.60 x 10-5 g _____________________
8. 3.120 x 100 mL ___________________
Dimensional Analysis: This is a systematic approach to problem solving.
It uses ____________________ to move, or convert, from one unit to another.
A conversion factor is
_______________________________________________________________________
______________________________________________________________________.
The Metric Scale
K____H____D____ B-U_______D______C_______M_____
Practice Problems
1. 360s to ms
2. 4800g to kg
3. 5600dm to m
4. 72g to mg
5. 245ms to cs
6. 5dm to mm
7. 6800cm to km