Value | Position | |
---|---|---|
Position | 18 | 18 |
Accepted meanings | 511 | 18 |
Obtained votes | 2 | 56 |
Votes by meaning | 0 | 5275 |
Inquiries | 11806 | 20 |
Queries by meaning | 23 | 5275 |
Feed + Pdf |
"Statistics updated on 4/24/2024 8:04:15 AM"
The distributive property 3 geometric multiplication of a geometric factor with geometric subtraction 1 of parallelograms divided into congruent parallelograms of order (a, b), (c, d) and (c, e) d > 6 respectively is given by (a, b) x [(c, d)-()] (c, e)] = [(a, b) x (c, d)]-[(a, b) x (c, e)]
The distributive property 4 geometric multiplication of a geometric factor with geometric subtraction 2 of parallelograms divided into congruent parallelograms of order (a, b), (, c) and (e, c) d > e respectively is given by (a, b) x [(d, c) - ()] e, c)] = [(a, b) x (c, d)]-[(a, b) x (e, c)]
The distributive property 1 geometric multiplication of a geometric factor with the geometric sum 1 of parallelograms divided into congruent parallelograms of order (a, b), (c, d) and (c, e) respectively is given by (a, b) x [(c, d) (c, e)] )] = [(a, b) x (c, d)] [(a, b) x (c, e)]
The distributive property 2 geometric multiplication of a geometric factor with the geometric sum 2 of parallelograms divided into congruent parallelograms of order (a, b), (, c) and (e, c) respectively is given by (a, b) x [(d, c) (e, c] )] = [(a, b) x (d, c)] [(a, b) x (e, c)]