You can use the distributive property of multiplication to find the product.
(a) 5 x 6 = 30
(b) 6 x 6 = (5 + 1) x 6
(c) 6 x 6 = 5 x 6 + 1 x 6 by the distributive property
(d) 6 x 6 = 30 + 1 x 6 by substituting equation (a)
(e) 6 x 6 = 30 + 6 by the identity property of multiplication
(f) 6 x 6 = 36
No, it could be a partial sum.
a could equal 0 and r could equal 27a could equal 1 and r could equal 23a could equal 2 and r could equal 19a could equal 3 and r could equal 15a could equal 4 and r could equal 11a could equal 5 and r could equal 7a could equal 6 and r could equal 3a could equal 7 and r could equal - 1It could be any of these and many, many more...is it the whole question?
No. A cross product is just a way of simplifying a proportion. If the cross product aren't equal, it follows logically that the proportion isn't equal.
It depends on what the dot product is meant to be equal to.
3x3=9 So, it could only be 9x1 which=9. 3x1=3 3 does not equal 9. 4x2=8 8 does not equal 9. 6x3=18 18 does not equal 9
No, it could be a partial sum.
a could equal 0 and r could equal 27a could equal 1 and r could equal 23a could equal 2 and r could equal 19a could equal 3 and r could equal 15a could equal 4 and r could equal 11a could equal 5 and r could equal 7a could equal 6 and r could equal 3a could equal 7 and r could equal - 1It could be any of these and many, many more...is it the whole question?
The product of the GCF and LCM is equal to the product of the original two numbers.
And our product three times four is equal to 12 that's our answer. We could do repeated addition of 4 plus 4 plus 4 which is equal to 12 or we could skip count by the fours.
In number theory, the product of two positive integers will equal the product of their GCF and LCM. Dividing that product by one of them will give you the other.
No. A cross product is just a way of simplifying a proportion. If the cross product aren't equal, it follows logically that the proportion isn't equal.
It depends on what the dot product is meant to be equal to.
Since the product of two numbers is equal to the product of their GCF and LCM, the GCF of two numbers is equal to their product divided by their LCM and their LCM is equal to their product divided by their GCF.
3x3=9 So, it could only be 9x1 which=9. 3x1=3 3 does not equal 9. 4x2=8 8 does not equal 9. 6x3=18 18 does not equal 9
Yes.
The product of 13 and 2 is equal to 26.
The product is: 243