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Are the products of opposite corners of any rectangle in the multiplication table equal?
Yes.
Why does it makes sense that the products of opposite corners of any rectangle in the multiplication table are equal?
Consider the rectangle in a multiplication table where the left side of the rectangle is in the column for p times table; the right side of the rectangle is in the column for q times table. Also suppose the top of the rectangle is in the row for the r times table and the bottom of the rectangle is in the row for the s times table.Schematically,----p------q----|-------|r---a-----b----|------|----|------|s--c-----dSuppose the numbers in the four corners of the rectangle are a, b, c and d.Thena = pr, b = qr, c = ps and d = qsSo the product of opposite corners aread = pr x qs = pqrsbc = qr x ps = pqrs
What property says that you can multiply the addends of a sum by a number and then add the products?
The distributive property of multiplication over addition.
How does adding partial products help solve multiplication problem?
How does adding partial products help solve a multiplication problem
Why does the multiplication method partial products work?
Because multiplication is distributive over addition.
Are the products of opposite corners of any rectangle in the multiplication table equal?
Yes.
Why does it makes sense that the products of opposite corners of any rectangle in the multiplication table are equal?
Consider the rectangle in a multiplication table where the left side of the rectangle is in the column for p times table; the right side of the rectangle is in the column for q times table. Also suppose the top of the rectangle is in the row for the r times table and the bottom of the rectangle is in the row for the s times table.Schematically,----p------q----|-------|r---a-----b----|------|----|------|s--c-----dSuppose the numbers in the four corners of the rectangle are a, b, c and d.Thena = pr, b = qr, c = ps and d = qsSo the product of opposite corners aread = pr x qs = pqrsbc = qr x ps = pqrs
Can multiplication be distributive over subtraction?
Multiplication can be the first step when using the distributive property with subtraction. The distributive law of multiplication over subtraction is that the difference of the subtraction problem and then multiply, or multiply each individual products and then find the difference.
What property says that you can multiply the addends of a sum by a number and then add the products?
The distributive property of multiplication over addition.
What is distributive property of multiplication?
The distributive property of multiplication lets you simplify expressions wherein you multiply a number by a sum or difference. According to this property, the product of a sum or difference of a number is equal to the sum or difference of the products.
How does adding partial products help solve multiplication problem?
How does adding partial products help solve a multiplication problem
What is the partial products for 321×14?
As written this appear to be 'Long Multiplication. 321 x 14 3210 ( 1st Part) ; (Multiply by '10') 1284 (2nd part) ; (Multiply by '4') Add ( 10 + 4 = 14) =4494 the answer!!!! =====
What is the perimeter of a rectangle with the dimensions of 7 feet by 5 feet?
To find the perimeter of a rectangle you multiple the length by 2 and then multiply the width by 2 then add the two products to get you perimeter7*2=14+5*2=1014+10------24
Why does the multiplication method partial products work?
Because multiplication is distributive over addition.
How can you find the perimeter of a rectangle if you know its length and width?
The formula for perimeter is 2l+2w or 2*length + 2*width. This means that you multiply the length by two and multiply the width by two. Then, you add the two products together to find the perimeter.
How do you multiply 507x49 equals?
To multiply 507 by 49, you can use the standard multiplication method. First, multiply 507 by 9, which equals 4,563. Then, multiply 507 by 40 (which is 49 with the zero), resulting in 20,280. Finally, add these two products together: 4,563 + 20,280 = 24,843. Therefore, 507 x 49 equals 24,843.
Is a multiplication a partial product?
No, multiplication itself is not a partial product; rather, partial products are the individual products obtained when multiplying each digit of one number by each digit of another number, particularly in multi-digit multiplication. For example, when multiplying 23 by 45, the partial products would be 20 times 40, 20 times 5, 3 times 40, and 3 times 5. These partial products are then summed to get the final result of the multiplication. Thus, while partial products are part of the multiplication process, they are not the multiplication itself.
