(16x100)+(16x2)
The property that multiplication is distributive over addition means that a*(b+c) = (a*b) + (a*c) The usufulness of this property can be illustrated by the following example: 8*(102) = 8*(100+2) = (8*100) + (8*2) = 800 + 16 = 816. So if you split 102 into 100 and 2, and then use the distributive property, you do not need to work with a large number such as 102.
8 x 12 = (8 x 10) + (8 x 2) = 80 + 16 = 96
The distributive property is used when a number (or variable) outside parenthesis must be combined with numbers (or variables) inside the parenthesis. Here are some examples: a(b + c) = ab + ac You multiply the number outside (in this case, "a"), with the first number ("b"). Then you add that to "a" multiplied by the second number, "c". See if this helps: Outside(Inside1 + Inside2) = Outside X Inside1 + Outside X Inside2 Here's an example with numbers: 2(3 + 5) = 6 + 10 = 16 Same thing works for variables: 2(3x + 5) = 6x + 10 If this helps, recommend me. M@tt Cov3r
Yes, 102 isn't a square number (1, 4, 9, 16, 25, 36, 49, 64, 81, 100, 121, 144) so the square root of 102 will keept going forever and is irrational.
-4(p + 1) - 2 (8 - 2p)Use distributive property for both parentheses.-4p - 4 - 16 + 4pAdd like-terms.-20
As it stands, 16*102 has no distributive property. The distributive property is a property that multiplication has over addition. It is, therefore, necessary for the question to have a multiplicative components and an additive component.So, if you chose to write 102 as (100 + 2) then the question becomes16*(100 + 2)and THEN the distributive property can be used to express that as16*100 + 16*2You could, equally go for(10 + 6)*102 = 10*102 + 6*102Or split either number into any other convenient form of addition.
102 x 16 = (102 x 10) + (102 x 6)
The distributive property allows us to break down a multiplication problem into simpler components. To multiply 16 by 102 using the distributive property, we can express 102 as 100 + 2. Then, we can calculate: (16 \times 102 = 16 \times (100 + 2) = (16 \times 100) + (16 \times 2) = 1600 + 32 = 1632). Thus, (16 \times 102 = 1632).
16 x 102 = (16 x 100) + (16 x 2) = 1600 + 32 = 1632
The property that multiplication is distributive over addition means that a*(b+c) = (a*b) + (a*c) The usufulness of this property can be illustrated by the following example: 8*(102) = 8*(100+2) = (8*100) + (8*2) = 800 + 16 = 816. So if you split 102 into 100 and 2, and then use the distributive property, you do not need to work with a large number such as 102.
First, I would find that the GCF of 20 and 16 is 4. Then, I would divide both 20 and 16 by 4. Last, I would use the distributive property to write the sum as 4(5 + 4).
The distributive property is an attribute of two binary operations, not of individual numbers.
16 x 102 = (16 x 100) + (16 x 2) 16 x 100 = 1600 16 x 2 = 32 16 x 102 = 1632
The distributive property states that a(b + c) = ab + ac. In the case of 16 plus 48, we can factor out a common factor, like 16, to simplify the addition: 16 + 48 can be expressed as 16(1 + 3) since 48 is 16 times 3. This shows how the distributive property can help break down and simplify calculations involving addition.
20+16 gcf two number distributive property
The distributive property states that you can distribute multiplication over addition. However, in the case of the expression "16 plus 72," you don't need to apply the distributive property directly since it involves only addition. Instead, you can simply add the two numbers together: 16 + 72 = 88. If you wanted to express it using the distributive property, you could factor out a common term, but it's not necessary for basic addition.
GCF(16, 12) = 4. The distributive property is an attribute of two mathematical operations - not of numbers.