Skills Matching: “three dimensional shapes”

1
Grade 1
Start a MathJam
- 1.69
  
  0/5
  
  Identify Simple Planar and Solid Shapes
  
  Compatible with tablets/phones
- 1.70
  
  0/5
  
  Identify Shapes I
  
  Compatible with tablets/phones
- 1.71
  
  0/5
  
  Identify Shapes II
  
  Compatible with tablets/phones
2
Grade 2
Start a MathJam
- 2.96
  
  0/5
  
  Identify Simple Planar and Solid Shapes
  
  Compatible with tablets/phones
- 2.103
  
  0/5
  
  Identify Shapes I
  
  Compatible with tablets/phones
- 2.104
  
  0/5
  
  Identify Shapes II
  
  Compatible with tablets/phones
- 2.38
  
  0/20
  
  Adding Three or More Numbers
  
  Compatible with tablets/phones
- 2.57
  
  0/15
  
  Adding Three or More Numbers with One or Two Digits
  
  Compatible with tablets/phones
- 2.77
  
  0/20
  
  Adding Three or More Numbers
  
  Compatible with tablets/phones
3
Grade 3
Start a MathJam
- 3.54
  
  0/5
  
  Identify Simple Planar and Solid Shapes
  
  Compatible with tablets/phones
- 3.55
  
  0/5
  
  Identify Planar and Solid Shapes
  
  Compatible with tablets/phones
- 3.60
  
  0/5
  
  Which 2 Dimensional Shape Is Described?
  
  Compatible with tablets/phones
- 3.9
  
  0/20
  
  Add Three Digit Numbers Ending in Zero Up to 1000
  
  Compatible with tablets/phones
- 3.16
  
  0/20
  
  Adding Three or More Numbers
  
  Compatible with tablets/phones
4
Grade 4
Start a MathJam
- 4.92
  
  0/5
  
  Which Shape Is Described?
  
  Compatible with tablets/phones
- 4.94
  
  0/5
  
  Which 2 Dimensional Shape Is Described?
  
  Compatible with tablets/phones
5
Grade 5
Start a MathJam
- 5.60
  
  0/5
  
  Classify Quadrilateral Shapes
  
  Compatible with tablets/phones
- 5.14
  
  0/15
  
  Multiply Three or More Numbers Up to 1000
  
  Compatible with tablets/phones
6
Grade 6
Start a MathJam
- 6.57
  
  0/5
  
  Classify Quadrilateral Shapes
  
  Compatible with tablets/phones
8
Grade 8
Start a MathJam
- 8.64
  
  0/5
  
  Nets of 3-Dimensional Figures
  
  Compatible with tablets/phones

Standards Matching: “three dimensional shapes”