The process of obtaining the product of the addition of two or more addends by a figure that gives the same result as multiplying each addend individually by the figure and then adding their products together is referred to as distributive property.
<h3>How is Distributive Property Applied?</h3>
A great example of distributive property is given below:
When asked for the answer of 5 (6 +1), applying distributive property, we have:
5(6+1) = 5 x 6 + 5 X 1 = 35.
Note that the 5 outside the bracket is used to multiply everything inside the bracket, hence the effect of Distributive Properties.
Learn more about distributive property at:
brainly.com/question/2807928
If you want to obtain a Class E license before you turn 18, you must be in compliance with school attendance requirements.
Answer:
5' side on top, broken arrow leading out, 3' side on the bottom, continuous arrow leading in
Explanation:
C = The new strand is built 5′ to 3′, and the Okazaki fragments form, moving away from the replication fork.
