PPT-Arithmetic Operations Multiplication – Division

System Programming Lab Computer Engineering Department College of Engineering Objectives Write programs in 8086 assembly language for multiplication and division by using different size of data as bytes or words. CS1313 Fall 2015. 1. Arithmetic Expressions Lesson #1 Outline. Arithmetic Expressions Lesson #1 Outline. A Less Simple C Program #1. A Less Simple C Program #2. A Less Simple C Program #3. A Less Simple C Program #4. Maths. What we learn and our methods of teaching. What do we teach in KS1 . Maths. ?. Number bonds from 10 and 20 ( ie 7+3=10, 18+2= 20). Basic multiplication ( 2,5,10). Basic division ( 2). Fractions ( ½ , ¼, 1/3 ). Equal Groups – whole unknown (multiplication). Mark had 4 bags of apples. There are six apples in each bag. How many apples does Mark have all together?. If apples cost 7cents each, how much did Jill have to pay for 5 apples?(rate). An introduction…………. Arithmetic Sequences. ADD. To get next term. Geometric Sequences. MULTIPLY. To get next term. Arithmetic Series. Sum of Terms. Geometric Series. Sum of Terms. Find the next four terms of –9, -2, 5, …. Years 1 and 2. Addition in Year 1. Focussing on what ‘equals’ means. 2 = 2. =. 3. = . Represent and use number bonds to 20. Add one digit and two digit numbers – use objects, number lines, counting on. Maryann Justinger, Ed. D.. Erie Community College – South Campus. 4041 Southwestern Blvd.. Orchard Park, NY 14127. justinger@ecc.edu. Order of Operations. P. lease . (),[],{}, -. E. xcuse . Exponents. Multiplication and Division 9. 5 x 10 = 50. Multiplication and Division 9. 50 . x 10 = . 500. 500 . x 10 = . 5000. Multiplication and Division 9. 205 . x 10 = . 2050. 250 . x 10 = . 2500. 25 . x 10 = . with Models. Dr. Sarah Ledford. Sarah@SarahLikesMath.com. In this . powerpoint. I have taken . some. . good Illustrative Mathematics problems & their solutions and made slides that would be easy for a teacher to use in his/her classroom. . 2. Module 3 Overview. 3. Read the Module Overview independently.. Mark important information that will help the implementation of this module.. Module 3 Overview. 4. Re-read the Overview to find your table’s assigned Topic. th. term of an arithmetic sequence, find the partial sum of an arithmetic series, as evidenced by completion . of “I have…who has…”.. 12. 1 Arithmetic Sequences and Series. Arithmetic Sequences. 2, 4, 6, 8, . …. The . first term in a sequence is denoted as . a. 1. , . the second term is . a. 2. , . and so on up to the nth term . a. n. .. Each number in the list called a . term. .. a. 1. , a. Lesson 3.13 Applications of Arithmetic Sequences Concept: Arithmetic Sequences EQ: How do we use arithmetic sequences to solve real world problems? F.LE.2 Vocabulary: Arithmetic sequence, Common difference X X Groups of Multiply Multiplication Multiplied by Double Near double Array Repeated addition Expanded grid Compact grid Long multiplication Partition Place value Vertical multiplication Row Column & Series. Story Time…. When another famous mathematician was in first grade, his teacher asked the class to add up the numbers one through a hundred (1+2+3 etc., all the way up to 100). . Write out the teacher’s request in summation notation, then find the answer (no calculators!) Try to figure out an efficient way!.