What is the common reason for filing a 1040x

Answers

Answer 1
Answer: File a Form 1040-X to amend a tax return.
Answer 2
Answer:

Answer:

C.

forgetting to include miscellaneous income earned

Step-by-step explanation:


Related Questions

Write the sum of 83 anda numbers in a mathematical atical way.
The price of a pair of shoes is $28. The sales tax rate is 2.39 percent. What is the total amount you would pay if you bought these shoes?
Complete the question: 336=54+ 29+ p find what p is. Then, explain your answer
Use the formula F= 9/5C +32 to convert Celsius to Fahrenheit if it is -5 degrees Celsius, what is the temperature in degrees Fahrenheit
A rectangular parking lot has a perimeter of 820ft. The area of the Parking lot measures 42000 ft2. What is the width of the parking lot.

164,215 + 216,088 round to the nearest ten thousand

Answers

38000 is 380303 rounded to the nearest ten thousand

Kyle has 125 marbles. Fifty of these marbles are red and the reat are other colors. What is the ratio of the nunber of red marbles to the total of marbles expressed in simplest terms?

Answers

Answer:

The required simplest form is: (2)/(5)

Step-by-step explanation:

We have been given Kyle has 125 marbles.

And 50 out of total 125 are red and rest of them are other colours

that means other colour marble are 125-50=75

we need to find ratio of the number of red marbles to the total of marbles  

The ratio is: (50)/(125)=(2)/(5)

The required simplest form is: (2)/(5)

Answer:

Step-by-step explanation:

2/5

Write three powers with whole-number bases that have values greater than 120 and less than 130. The three powers, in order from least to greatest, are , , and .

Answers

Answer:

11²= 121

5³= 125

2⁷= 128

Step-by-step explanation:

The whole numbers can be multiplied with themselves to get numbers between 120 and 130 .

For example

11*11= 121

This can be written in the exponent form as

11²= 121  which is between  120 and 130.

Also

5*5*5= 125  or

5³= 125  which is also between  120 and 130.

and

2*2*2*2*2*2*2= 128

2⁷= 128   which is  between  120 and 130 as required.

We see that as the powers or exponent increases the whole number is decreased.

Substitution and elimination are two symbolic techniques used to solve linear equations. For example, if it is easy to set up an equation for substitution where 1 variable is on 1 side, then use that; For example, 4y=16+4x, you can easily divide by 4, get y=4+x (or y=x+4), and plug that into the other equation. In other cases where it may not be so easyFractions/decimals, etc., then you would probably rather use elimination.

1) The substitution method. This method is best utilized when one of the variables in one of the equations has a coefficient of 1 or -1, otherwise you will introduce fractions. Substitution can also be used for nonlinear systems of equations.
(2) Linear combinations also called the elimination method, multiplication and addition method, etc... My personal favorite as it can be done efficiently. It generalizes well to larger systems and is the underpinning of various other solution methods.
As the name implies it requires the equations to be linear.
You need to know both and be comfortable switching between them.

Can we get one for the elimination method too?
Also, can you solve the same problem using either of the two techniques?

Answers

A simple sample problem for Elimination:

x  -  y  = 1
x +  y  =  5

You can solve the same problem using either technique, as far the equations are linear equations.

What is the standard deviation of the following data? If necessary, round your answer to two decimal places.10, 12, 15, 18, 11, 13, 14, 16, 19, 20

Answers

total numbers=10
mean(average)=14.8
standard deviation=3.4254
variance_standard deviation)=11.73333
population standard deviation=3.24962
variance(population standard deviation)=10.56

Candy is on sale for $0.75 each. you have a coupon for $0.25 off your total purchase. Write a function rule for the cost of n pieces of candy. A. C(n)0.25n-0.75
B. C(n)=0.75n-0.25
C. C(n)=1.0n
D. C(n)=0.75n

Answers

Answer:

B. C(n)=0.75n-0.25

Step-by-step explanation:

Given : Cost of one candy = $0.75

            There is a coupon of $0.25 off on total purchase .

To Find :  Write a function rule for the cost of n pieces of candy.

Solution :

Since we are given that total candies bought = n

Cost of one candy =  $0.75

Cost of n candy =  $0.75n

So, cost of total purchase  = $0.75n

Since on total purchase there is a off of $0.25

So, cost of total purchase after off will be $0.75n -$0.25

⇒C(n)= 0.75n-0.25

Where C(n) denotes the total cost after getting off

Hence Option B is correct.

A function rule for the cost of n pieces of candy is C(n)= 0.75n-0.25

Required function rule is C(n) = 0.75n - 0.25