Which equation shows an example of the associative property of addition?a.(–4 + i) + 4i = –4 + (i + 4i)
b.(–4 + i) + 4i = 4i + (–4i + i)
c.4i × (–4i + i) = (4i – 4i) + (4i × i)
d.(–4i + i) + 0 = (–4i + i)

Answers

Answer 1
Answer:

The associative property states that we can regroup the terms of an expression and obtain the same result.

We have then:

a + (b + c) = (a + b) + c

The expression that complies with this property is given by:

(-4 + i) + 4i = -4 + (i + 4i)

Answer:

An equation that shows an example of the associative property of addition is:

a. (- 4 + i) + 4i = -4 + (i + 4i)

Answer 2
Answer:

The correct option is \boxed{\bf option (a)} i.e., \boxed{\left({-4+i}\right)+4i=-4+\left({i+4i}\right)}.

Further explanation:

Concept used:

The associative property of the addition states that the addition of numbers cannot affect by the grouping of the number.

\boxed{A+\left({B+C}\right)=\left({A+B}\right)+C}

Here, in the above equation the value of A+\left({B+C}\right) is always equal to the value of \left({A+B}\right)+C whether the grouping of number is changes or not.

Calculation:

Now check the option to get the answer.

First check option (a)

\left({-4+i}\right)+4i=-4+\left({i+4i}\right)

In the above equation the grouping of the number is changed.

Now check the values of left hand side and right hand side.

\begin{aligned}\left({-4+i}\right)+4i&=-4+\left({i+4i}\right)\n-4+5i&=-4+5i\end{gathered}

The value of LHS is same as RHS.

Therefore, option (a) is correct.

Now check option (b)

(-4+i)+4i=4i+(-4i+i)

The term i should be associated with 4i but it is associated with -4i.

Therefore the option (b) is incorrect.

Now check option (c)

4i* (-4i+i)=(4i-4i)+(4i* i)

The above expression does not follow any property.

Therefore the option (c) is incorrect.

Now check option (d)

(-4i+i)+0=-4i+i

The above expression follows additive property not associative property.

Therefore the option (d) is incorrect.

Thus, the correct option is \boxed{\bf option (a)} i.e., \boxed{\left({-4+i}\right)+4i=-4+\left({i+4i}\right)}.

Learn more:

1. A problem on simplification: brainly.com/question/573729

2. A problem on domain and range: brainly.com/question/3412497

Answer details:

Grade: Junior school

Subject: Mathematics

Chapter: Simplification

Keywords: Associative property, equation, property, addition, associative property of Addition, additive property, grouping terms, left hand side, right hand side, LHS, RHS.


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Answers

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Step-by-step explanation:

is the area

Eric reported that Joan won her first match in the chess tournament, but she won fewer than 8 matches altogether. Eric wrote the inequality m < 8 to represent the possible number of matches Joan wonWhich numbers satisfy the inequality but make no sense in this situation?.

Answers

The choices were: -1 , -7, 4, 0

m < 8

The numbers that satisfies the inequality but makes no sense in this situation are -1, -7, and 0.

Eric has already reported that Joan won her first match, so -1, -7, and 0 can't be used as the value of m.

m can be 1, 2, 3, 4, 5, 6, or 7. all less than 8.

-1 1/6 - (-2 1/3) =Please explain how you got the answer! :)

I need the answer quickly!!!

Answers

HI Brainiac


-1 1/6 -(-2 1/3)

= -7/6 -(-7/3)

= -7/6 - -7/3

= 7/6


I hope that's help:0

Please ask me any questions you want.

Here are some numbers 9.6 12.6. 15.4. 7.6. 12.4. 17.4 Write the numbers in pairs so that the sum of the numbers in each pair is the same.

Answers

The number written in pairs such that the sum is common is 9.6 + 15.4 = 25, 12.6+12.4 = 25, 7.6+17.4 = 25.

What is sum?

Sum is the output of the mathematical operation, Addition.

The numbers are 9.6 12.6. 15.4. 7.6. 12.4. 17.4

The sequence in which they can be written such that the sum of the pair is same

9.6 + 15.4 = 25

12.6+12.4 = 25

7.6+17.4 = 25

To know more about Sum

brainly.com/question/13013054

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It took strategic and time for me to find the solution but i did! So it would be first pair 9.6, 15.4 2. second pair 12.6, 12.4 and the final pair 17.4, 7.6.

What is the area in square units of a triangle on an XY plane with vertices (2,3) , (9,3) and (5,6)

Answers

To find the area of a triangle with vertices (2,3), (9,3), and (5,6) on the XY plane, you can use the formula for the area of a triangle:

Area = 1/2 * |x1(y2 - y3) + x2(y3 - y1) + x3(y1 - y2)|

Using the coordinates:

x1 = 2, y1 = 3
x2 = 9, y2 = 3
x3 = 5, y3 = 6

Area = 1/2 * |2(3 - 6) + 9(6 - 3) + 5(3 - 3)|

Area = 1/2 * |-6 + 27 + 0|

Area = 1/2 * 21

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So, the area of the triangle is 10.5 square units.

7. Which method would be the most efficient to solve the system? y = 1/2x, 2x + 3y = 28A) graphing
B) substitution
C) elimination
D) distributive

Answers

y = ¹/₂x
2x + 3y = 28

     2x + 3y = 28
2x + 3(¹/₂x) = 28
   2x + 1¹/₂x = 28
           3¹/₂x = 28
            3¹/₂    3¹/₂
                 x = 8
y = ¹/₂x
y = ¹/₂(8)
y = 4
(x, y) = (8, 4)
The method would be a substitution method (the answer is B).