Answer:
They are exempt from paying tax
Explanation:
Taxable income is the amount of an individual's gross income that the government deems subject to taxes.
However, because they are aged (above 65), and their taxable income -which should be $32000 after deductions - is less than the percentage tax relief,they are exempted from paying tax for that particular year.
Answer:
- <u>std rate $30.64</u>
- <u>efficiency variance $6,128.00</u>
Explanation:
We will work the rate variance to obtain the standard rate:
actual rate $29.20
actual hours 11,700
difference $1.44
rate variance $16,800.00
<u>std rate $30.64</u>
<u></u>
<u>Now we can solve for the labor efficiency variance:</u>
std hours 11700
actual hours 11500
std rate $30.64
difference 200
<u>efficiency variance $6,128.00</u>
The diference is positive, sothe variance is favorable.
Answer:
I think manager??????????
The correct answer for the for loop is:
for (int i=1; i<200; i++){
if ((i%2)==0 && (i%3)==0){
cout << i << " ";
}
}
Python offers three options for running the loops. For iterating repeatedly through a sequence, use a for loop (that is either a list, a tuple, a dictionary, a set, or a string). This functions more like an iterator method seen in other object-oriented programming languages and is less like the for keyword found in other programming languages. The for loop allows us to run a series of instructions once for each element of a list, tuple, set, etc. There is no need to set an indexing variable before using the for loop.
Write a for loop that prints, in ascending order, all the positive integers less than 200 that are divisible by both 2 and 3, separated by spaces.
Learn more about loops here:
brainly.com/question/25955539
#SPJ4
Answer:
false
Explanation:
The Coase theorem states that parties in dispute should seek an optimal solution to their problem regardless of how property rights were initially distributed.
In this case, you need to find an agreement that satisfies both Darnell and Jacques regardless of who initially would have been considered to be right about the argument. Conflicts over rights to use property can be solved when parties settle on the efficient use of inputs. E.g. they could establish hours at which Darnell can listen to rock n' roll, and other hours when he shouldn't. That way both of them can enjoy the music they like and not bother the neighbors.
An optimal solution can always be reached regardless of initial distribution of rights.
