scientific-notation-notes-part-2
... While the value is correct it is not correctly written in scientific notation since the coefficient is not between 1 and 10. We must move the decimal point over to the right until the coefficient is between 1 and 10. For each place we move the decimal over the exponent will be lowered 1 power of ten ...
... While the value is correct it is not correctly written in scientific notation since the coefficient is not between 1 and 10. We must move the decimal point over to the right until the coefficient is between 1 and 10. For each place we move the decimal over the exponent will be lowered 1 power of ten ...
Signed Numbers,Fraction,Logical Operations
... 1. Change to positive decimal number. 2. Subtract largest power of two less than or equal to number. 3. Put a one in the corresponding bit position. 4. Keep subtracting until result is zero. 5. Append a zero as MS bit; if original was negative, take two’s complement. ...
... 1. Change to positive decimal number. 2. Subtract largest power of two less than or equal to number. 3. Put a one in the corresponding bit position. 4. Keep subtracting until result is zero. 5. Append a zero as MS bit; if original was negative, take two’s complement. ...
How to multiply and divide with sci. notation?
... You look at the exponent for the 10x This is the number of ZEROES _______________________________________________________ 8 x 104 means you are adding 4 zeroes after 8 so it turns into _____ If the exponent is __________________ You are looking at adding that many zeroes before your value. So it bec ...
... You look at the exponent for the 10x This is the number of ZEROES _______________________________________________________ 8 x 104 means you are adding 4 zeroes after 8 so it turns into _____ If the exponent is __________________ You are looking at adding that many zeroes before your value. So it bec ...
