Chem 160- Ch # 2l. - Solano Community College
... • Write a number as a power of 10 • Move the decimal point in the original number so that it is located after the first nonzero digit. • Follow the new number by a multiplication sign and 10 with an exponent (power). • The exponent is equal to the number of places that the decimal point was shifted. ...
... • Write a number as a power of 10 • Move the decimal point in the original number so that it is located after the first nonzero digit. • Follow the new number by a multiplication sign and 10 with an exponent (power). • The exponent is equal to the number of places that the decimal point was shifted. ...
Review of Mathematical Principles
... • Check the denominators before adding and subtracting fractions. IF they are different, find the lowest common denominator, then solve the problem. • Change all mixed numbers to improper fractions before working out the problems ...
... • Check the denominators before adding and subtracting fractions. IF they are different, find the lowest common denominator, then solve the problem. • Change all mixed numbers to improper fractions before working out the problems ...
Unit 8: Lesson 4
... Use a calculator to compute decimal approximations of the radical expressions you found in part (b) to 5 decimal places. For each approximation, underline the digits that are also in the previous approximation, starting with 2.00000 done for you below. What do you notice? ...
... Use a calculator to compute decimal approximations of the radical expressions you found in part (b) to 5 decimal places. For each approximation, underline the digits that are also in the previous approximation, starting with 2.00000 done for you below. What do you notice? ...
9.2
... Operations on radical expressions work the same way as operations on polynomial expressions. When multiplying two monomial expressions, you multiply like factors, that is, you multiply coefficients together and variables together. Similarly, when multiplying two monomial radicals, you multiply the n ...
... Operations on radical expressions work the same way as operations on polynomial expressions. When multiplying two monomial expressions, you multiply like factors, that is, you multiply coefficients together and variables together. Similarly, when multiplying two monomial radicals, you multiply the n ...
