significant figures
... o Move the decimal so that it is between the first and second number o Count how many places you moved the decimal (make this your exponent) If the original number was large, make the exponent positive If the original number was small, make the exponent negative ...
... o Move the decimal so that it is between the first and second number o Count how many places you moved the decimal (make this your exponent) If the original number was large, make the exponent positive If the original number was small, make the exponent negative ...
Algebra IB Name Final Review Packet #1 Chapter 8: Powers
... notation contain a number between _________ and ________ multiplied by a power of ____________. For example, the number 3.1 x 102, is in scientific notation. The number 45 x 102 is not in scientific notation. 1. Write numbers in decimal form in scientific notation a. Change 450 to scientific notatio ...
... notation contain a number between _________ and ________ multiplied by a power of ____________. For example, the number 3.1 x 102, is in scientific notation. The number 45 x 102 is not in scientific notation. 1. Write numbers in decimal form in scientific notation a. Change 450 to scientific notatio ...
Class 5 C.Math - Bouddha Meridian School
... To convert fraction into decimal and vice versa To add, subtract, multiply and divide the decimals To solve word problems on decimal To round off the decimals to nearest 10 an whole numbers To convert fraction, decimal to percent and vice versa To solve word problems ...
... To convert fraction into decimal and vice versa To add, subtract, multiply and divide the decimals To solve word problems on decimal To round off the decimals to nearest 10 an whole numbers To convert fraction, decimal to percent and vice versa To solve word problems ...
Rules for significant figures
... Rules for significant figures 1. All non-zero integers are significant. 2. Zeros that occur between non-zero integers are significant. For example, the number: 302 has three significant figures. 3. Zeros that occur after the last non-zero integer and after the decimal point are significant when they ...
... Rules for significant figures 1. All non-zero integers are significant. 2. Zeros that occur between non-zero integers are significant. For example, the number: 302 has three significant figures. 3. Zeros that occur after the last non-zero integer and after the decimal point are significant when they ...