I don’t know I need points
The answer is B. (2 + x) + 3y.
The associative change happened when they just moved the parenthesis.
Hope this helps!
The value of the expression is 
Explanation:
The expression is ![$2 \times[(12+2) \times 5]+\frac{3}{2}$](https://tex.z-dn.net/?f=%242%20%5Ctimes%5B%2812%2B2%29%20%5Ctimes%205%5D%2B%5Cfrac%7B3%7D%7B2%7D%24)
The value of the expression can be determined using the rule PEMDAS.
According to the PEMDAS rule, first we need to perform the operation which is within the parenthesis.
Thus, the expression becomes,

Multiplying the values within parenthesis, we have,

Using PEMDAS, we need to multiply the numbers.

Again using PEMDAS rule, divide the number,

Finally, using PEMDAS, let us add the values, we have,

Thus, the value of the expression is 
Answer:
This question is solved in detail below. Please refer to the attachment for better understanding of an Ellipse.
Step-by-step explanation:
In this question, there is a spelling mistake. This is vertices not verticles.
So, I have attached a diagram of an ellipse in which it is clearly mentioned where are the vertices of an ellipse.
Vertices of an Ellipse: There are two axes in any ellipse, one is called major axis and other is called minor axis. Where, minor is the shorter axis and major axis is the longer one. The places or points where major axis and minor axis ends are called the vertices of an ellipse. Please refer to the attachment for further clarification.
Equations of an ellipse in its standard form:
This is the case when major axis the longer one is on the x-axis centered at an origin.

This is the case when major axis the longer one is on the y-axis centered at an origin.
where major axis length = 2a
and minor axis length = 2b
Answer:
10 million (10,000,000) tens can go into 100,000,000
Step-by-step explanation: