PPT-Repeating Decimal to Fraction Conversion

x is what we dont know but it will be the fraction whose decimal equivalent is pointseven repeating Since the decimal begins repeating at the 10ths place we will multiply both sides by 10. This number representation uses 4 bits to store each digit from 0 to 9 For example 1999 10 0001 1001 1001 1001 in BCD BCD wastes storage space since 4 bits are used to store 10 combinations rather than the maximum possible 16 BCD is often used in b .. 25. 25%. Session Outcomes:. To identify . equivalences. between fractions, decimals and . percent. .. To identify the . relationship. between fractions, decimals and . percent. .. 2. What are . TeacherTwins©2014. Warm Up. Tell the fraction, decimal and percent for each model.. 1). 2)..  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  . . D. ecimals. . and. . P. ercents. SOL 6.2. By Kathy . Woodard. A. ny. N. umber. . can. . be. W. ritten. as. . a. . . F. raction. . D. ecimal. . or. P. ercent. P. ercent. Per 100 . So, . Solve the inequality and graph the solution on a number line.. . 2x – 5 ≤ 3. Answer:. x ≤ 4. Lesson 63:. Rational Numbers, Non-Terminating Decimals and . Percents. , Fractions with Negative Exponents. Rational Number . Number that can be written as a fraction. -1/5 2 9/8 -6/3. Terminating Decimal . A decimal expansion that terminates in all 0’s. A TERMINATOR stops bugs. . A decimal that stops / ends. Series. Find sums of infinite geometric series.. Use mathematical induction to prove statements.. Objectives. infinite geometric series. converge. limit. diverge. mathematical induction. Vocabulary. In Lesson 12-4, you found partial sums of geometric series. You can also find the sums of some infinite geometric series. An . To convert a percent into a decimal we will move the decimal point 2 places to the left and drop the percent sign.. Example:. Write 45.3% as a decimal:. 45.3 ⇨ 4.53 ⇨ .453. Converting From. 350151- Digital Circuit. Choopan. . Rattanapoka. Introduction. Many number systems are in use in digital technology. The most common are :. Decimal (Base 10). Binary (Base 2). Octal (Base 8). Hexadecimal (Base 16). If 479 stocks advanced in price and 326 declined in price, then what was the approximate ratio of advancers to decliners?. Answer:. 5 to 3. Lesson 30:. Repeating Decimals. Recall that to express a ratio as a decimal number, we perform the division indicated. For example, to convert ¾ to a decimal number, we divide 3 by 4. . Unit 1. 2. This chapter in the book includes:. Objectives. Study Guide. 1.1 Digital Systems and Switching Circuits. 1.2 Number Systems and Conversion. 1.3 Binary Arithmetic. 1.4 Representation of Negative Numbers. Lay out sentence strip. Fold in half.. Repeat.. Repeat again.. Step 2 – Sections!. Unfold Sentence Strip. Draw vertical lines on 6 fold creases. Step 3 – Label!. Add metric . prefixes. to top line. and. . P. ercents. SOL 6.2. By Kathy . Woodard. A. ny. N. umber. . can. . be. W. ritten. as. . a. . . F. raction. . D. ecimal. . or. P. ercent. P. ercent. Per 100 . So, . put it over 100. (ii) Decimal Place. (iii) Like and Unlike Decimals . (iv) Comparing Decimals. (v) Conversion of Decimal into Fractions. (vi) Conversion of Fractions into Decimal. (vii) Addition and subtraction of Decimals.