I don't. I learned the 18 times table at school - around 50 years ago - and still recall it.
no because distributive property is for multiple digit numbers.
None whatsoever. You might find the distributive property useful when trying to calculate 39*74. Of course, if you are familiar with the 39 times table or the 74 times table, the distributive property is a complete waste of time! But somehow I doubt that level of arithmetic competence.
You don't. The distributive property involves at least three numbers.
8*3.5 = 8*(3 + 0.5) which, applying the distributive property, = 8*3 + 8*0.5 = 24 + 4 = 28
To find the total price of 5 CDs that cost $15.99 each using the Distributive Property, you can express it as ( 5 \times 15.99 = 5 \times (15 + 0.99) ). This can be distributed as ( 5 \times 15 + 5 \times 0.99 ), which equals ( 75 + 4.95 = 79.95 ). Therefore, the total price for 5 CDs is $79.95.
(40+200)+(5+80)
Some people use the distributive property to add 24 and 36, but you wouldn't use it to find the GCF which, by the way, is 12.
To use the distributive property to find the product of 9 times 504, you can break down 504 into smaller, more manageable parts. For example, you can express 504 as 500 + 4. Then, apply the distributive property: (9 \times 504 = 9 \times (500 + 4) = (9 \times 500) + (9 \times 4)). Calculate each part: (9 \times 500 = 4500) and (9 \times 4 = 36), so the total is (4500 + 36 = 4536).
distributive property for (11-3)=
no because distributive property is for multiple digit numbers.
None whatsoever. You might find the distributive property useful when trying to calculate 39*74. Of course, if you are familiar with the 39 times table or the 74 times table, the distributive property is a complete waste of time! But somehow I doubt that level of arithmetic competence.
72.divided 4 in distributive property
You don't. The distributive property involves at least three numbers.
47
8*3.5 = 8*(3 + 0.5) which, applying the distributive property, = 8*3 + 8*0.5 = 24 + 4 = 28
To use the distributive property to solve (10 \times 147), you can break down 147 into two simpler components, such as (100 + 40 + 7). Then, apply the distributive property: [ 10 \times 147 = 10 \times (100 + 40 + 7) = (10 \times 100) + (10 \times 40) + (10 \times 7). ] Calculating each term gives (1000 + 400 + 70 = 1470), so (10 \times 147 = 1470).
To find the total price of 5 CDs that cost $15.99 each using the Distributive Property, you can express it as ( 5 \times 15.99 = 5 \times (15 + 0.99) ). This can be distributed as ( 5 \times 15 + 5 \times 0.99 ), which equals ( 75 + 4.95 = 79.95 ). Therefore, the total price for 5 CDs is $79.95.