Response:
Average = 2000
Step-by-step breakdown:
The numbers provided are:
1,000 2,300 2,600
To calculate the average:
Initially, round each number to the nearest 1000, then determine the average.
Solution:
1000 is already rounded, so it stays the same.
To round to the nearest thousand, check the hundred's digit.
- If the hundred’s digit exceeds 5, the thousand’s digit increases by 1, and the hundred’s digit is set to 0.
- If it’s less than 5, the thousand’s digit remains the same, changing the hundred’s digit to 0.
Thus, 2300 rounds to 2000.
and 2600 rounds to 3000.
Consequently, the numbers for averaging are 1000, 2000, 3000.
The formula for average is as follows:
upon applying the formula:
So, the average after rounding to the nearest 1000 is 2000.
Answer:
Step-by-step explanation:
Annual gross salary = $28000
Income tax = 20% applicable to earnings exceeding $15000
Thus, she has a taxable amount of $5000
Rent loan equals $140 monthly = $140 * 12= $1680 per year
Tax deductible annually would be 20% of $5000
20 / 100 * $5000 = $1000
Her total net income annually is equal to
Gross salary per annum - tax - loan =
($28000 - $1000 - $1680) = $25,320
Ayesha's take-home pay annually is $25,320.
Response:
Detailed explanation:
The length of the pool is longer than its width by 8 meters.
If we designate L as length and W as width, we can express this as:
L = 8 + W
We also know that the area amounts to 105 m squared.
Note:
Area of a Rectangle = Length x Width
Thus, 105 = (8 + W) x W
To adjust the equation, subtract 105 from both sides:
Rounded to the nearest hundred, 2605 becomes 2600. If it had been 2650 or more, it would have rounded to 2700.
Answer:
Dependent: Total cost of the ride.
Independent: Amount of rides.
Step-by-step explanation:
The independent variable represents what is adjusted, while the dependent variable signifies what alters as a result of that adjustment.
In this case, the total expense for rides fluctuates with any variation in the number of rides taken.
Therefore, the amount of rides is the independent variable whereas the total cost for rides is the dependent variable
