math.gK.f.lesson_16
Position words, comparing review, and mathematical-thinking close
- Students can describe an object's position using above, below, beside, in front of, behind, between.
- Students can explain their counting and comparing strategies using a sentence frame (MP.3 at K).
Lesson plan
Warm-up
5 minPosition-words movement song: teacher leads 'My Bear Is Above' chant — children put their teddy bear in 6 different positions relative to a box.
- Whole-body modeling: teacher's own body 'above' a chair, 'beside' a desk, etc.
- Affirm: 'good — that bear is BETWEEN the two boxes.'
Direct instruction
8 minWe use POSITION WORDS to tell WHERE something is. Some position words: above, below, beside, in front of, behind, between.
-
Above means HIGHER than — not touching.model 'ABOVE the box.'prompt Place bear ABOVE box. 'Where is the bear?'
-
Beside is on the side.model 'BESIDE — right next to.'prompt Place bear BESIDE box.
-
Between needs two reference points.model 'BETWEEN — in the middle of two things.'prompt Place bear BETWEEN two boxes.
- If the bear is HIGHER than the box, what's the word? (above)
- If the bear is in the middle of two boxes, what's the word? (between)
M-K-F-GM-16-A
Chart
Physical / non-image
24"x18" anchor chart titled 'WHERE IS BEAR?' 6 panels in 2x3 grid showing a brown teddy bear and a red box: (1) bear ABOVE box (floating above with arrow); (2) bear BELOW box (under with arrow); (3) bear BESIDE box (to right); (4) bear IN FRONT OF box (closer to viewer); (5) bear BEHIND box (farther from viewer); (6) bear BETWEEN two boxes (in middle). Each labeled in 24-pt black text with the position word.
Guided practice
10 min-
Pair game: A directs B to place the bear ('put the bear BEHIND the box'). B follows. Swap.scaffold Position-word reference card visible.
-
Math-thinking close (combines today + this week): Teacher shows two ten-frames (7 and 4). 'Which is more? How do you KNOW?' Children use sentence frame 'I know ___ is more than ___ because ___.'
-
Bear and tower: 'put your bear ABOVE a tower of 6 cubes' (combines position + counting).
M-K-F-PS-16-A
Chart
Physical / non-image
18"x12" poster titled 'HOW DO YOU KNOW?' Center: large sentence frame in 28-pt black text: 'I know ___ because ___.' Below: 3 sample fill-ins: 'I know there are 6 because I counted'; 'I know 7 is more than 4 because I matched and 7 had EXTRAS'; 'I know this shape is a triangle because it has 3 sides.' Decorative thought-bubble icon.
Independent practice
5 min
M-K-F-GM-16-B
Interactive
Physical / non-image
Tablet interactive: shows a bear-and-box picture in one of 6 positions (above/below/beside/in front/behind/between). Child taps the correct position-word card from a row of 6 cards. Audio feedback: 'Yes — above!' on correct. Reset between rounds. Bright high-contrast UI.
Formative assessment
2 min- Teacher places bear in 3 positions (above, beside, between two boxes); child names each.
- Show 7 cubes and 4 cubes; child explains which is more and how they know.
Closure
- Class chants: 'Above / Below / Beside / Between — mathematicians know where things have been.'
- Preview: 'Tomorrow we begin to put it ALL together for our unit show.'
Homework
5 min- At home, place a stuffed animal in 3 different positions (above the couch, beside the chair, behind the door). Tell a grown-up each position.
Exercises in this lesson
Differentiation
- Position-word picture cards as visual reference
- Modeling first by teacher, then child mimics
- Introduce 'inside,' 'outside,' 'near,' 'far'
- Use position words to describe arrangement of objects in a real classroom photo
- Position-word cards bilingual
- Body-movement embedded for kinesthetic anchoring
- Tactile bear (weighted) for grasping
- Reduce to 3 position words (above, below, beside)
Teacher notes
Position words are mostly oral-language work and double as English Learner support — every K child needs to hear and use these words regardless of math. The mathematical-thinking sentence frame is a soft introduction to CCSS MP.3 ('construct viable arguments') at the K level — just the habit of explaining WHY, not formal proof. Today is also the start of integration — combining position + counting + comparison in single tasks signals the unit-summative moves ahead.