| Decatur City Schools | |||||
| Pacing Guide | |||||
| Second: Math | |||||
| Projected Pacing ( Feb 19 - Mar. 16) | |||||
| AL COS Standards | Vocabulary | Prerequisite Skills | Suggested Materials/Resources | Documentation Date(s) Taught | Comments |
| solid | from State Curriculum Guide | Calendar Math | |||
| Number and Operations | geometry | Objective 2.1.1: | Scott Foresman 391-395 | ||
| Demonstrate concepts of number | names of solid shapes | Determine the value of a | |||
| sense by using multiple representations | quarter | digit in the ones place and | |||
| of whole numbers up to 1000, counting | penny | the value of the digit in the | |||
| backward by threes from a given number, | nickel | tens place | |||
| identifying a number that is 100 more | dime | Objective 2.1.2: | Scott Foresman Ch.10 p.391-404 | ||
| or 100 less than a given number and | division | Count forward and backward | |||
| differentiating between odd and even | half-dollar | by ones and twos | |||
| numbers (AL COS #1) | year | Objective 2.1.3: | |||
| chance | Determine the value of a | ||||
| Determining the value of a number | probability | number that is 10 more or | |||
| expressed in expanded notation | never | 10 less than a given | |||
| Apply the operations of addition | always | number | |||
| and subtraction to solve problems | multiplication | Objective 2.2.1: Demonstrate | Scott Foresman p.175-202 | ||
| involving two digit numerals using multiple | strategies, using objects, to solve | ||||
| strategies with and without regrouping | addition and subtraction problems | ||||
| (AL COS #2) | Objective 2.2.2: Solve problems | ||||
| Demonstrating computational fluency | requiring the addition and subtraction | Scott Foresman p.3-72 | |||
| for basic addition and subtraction facts | of one-digit or two-digit numerals | ||||
| with sums through 18 and differences | without regrouping | ||||
| with minuends through 18, using | |||||
| horizontal and vertical forms | |||||
| Interpreting multiplication as repeated | Scott Foresman p. 467-475 | ||||
| addition and division as equal groupings | |||||
| Solving multi step addition and subtraction | Scott Foresman p. 175-202 and | ||||
| problems originating from real life | 427-442 | ||||
| experiences | |||||
| Justifying the strategy used to solve | Mental Math at bottom of pages | ||||
| addition and subtraction problems | in Scott Foresman Textbook | ||||
| Determine the monetary value of sets of | Objective 2.4.1: Recognize | Scott Foresman-Ch.3 p.109-126 | |||
| coins and bills up to $2.00 (AL COS #4) | denominations of coins and currency | ||||
| Exchanging coins of equivalent value | Objective 2.4.2: Determine the | Scott Foresman-Ch. 3 | |||
| Applying monetary symbols including dollar, | monetary value of individual coins and | ||||
| cent and decimal point | sets of like coins up to $1.00 | ||||
| AL COS Standards | Vocabulary | Prerequisite Skills | Suggested Materials/Resources | Documentation Date(s) Taught | Comments |
| Recognizing the decimal numbers .10, .25, | from State Curriculum Guide | Scott Foresman-Ch.3 | |||
| .50 and .75 as related to money | |||||
| Algebra | |||||
| Describe change over time in observable | Objective 2.7.1: Compare objects | Scott Foresman-P. 291-308 | |||
| (qualitative) and measurable (quantitative) | according to length, weight, and | ||||
| terms (AL COS #7) | capacity | ||||
| Geometry | |||||
| Describe attributes of two dimensional | Objective 2.8.1: Identify side, | Scott Foresman-Ch.7 | |||
| (plane) and three dimensional (solid) | surface, edge, vertex, or angle of | Geometry and Fractions | |||
| figures using the terms side, surface, | a two-or three-dimensional | ||||
| edge, vertex and angle (AL COS #8) | figure | ||||
| Identifying quadrilaterals, pentagons, | Objective 2.8.2: Identify solid | Scott Foresman-p.261 | |||
| hexagons, or octagons | (three-dimensional) shapes, | ||||
| Creating designs that exhibit line symmetry | including cubes, rectangular | ||||
| Recognizing the results of changing | prisms, cones, spheres, and | ||||
| the position (transformation) of objects | cylinders | ||||
| or shapes by sliding (translation), turning | |||||
| (rotation), or flipping (reflection) | |||||
| Measurement | Objective 2.12.1: Recognize | Scott Foresman-Ch.8 | |||
| Tell time to the minute using analog | numerals 0-60 | Time Data and Graphs (p.291) | |||
| and digital clocks (AL COS #12) | Objective 2.12.2: Demonstrate | ||||
| concepts of number sense by | |||||
| counting forward and backward by | |||||
| ones, fives, and tens up to 60 | |||||
| Objective 2.12.3: Recognize time on | |||||
| an analog or digital clock to the | |||||
| quarter hour | |||||
| Objective 2.12.4: Use vocabulary | |||||
| associated with the measurement | |||||
| of time, including words related | |||||
| to clocks and calendars | |||||
| Data Analysis and Probability | Objective 2.13.1: Organize | Scott Foresman-Ch.8 p.315 | |||
| Double overlapping Venn | information or objects into | ||||
| predetermined and labeled data displays | |||||