Answer:
Eddie is a single tailor working for Whyte and Broom, and he receives his pay biweekly. His annual salary is $21,350.
To calculate Eddie's biweekly pay, we need to divide his annual salary by the number of pay periods in a year. Since Eddie receives his pay biweekly, there are 26 pay periods in a year (52 weeks divided by 2).
To find Eddie's biweekly pay, we can use the following formula:
Biweekly Pay = Annual Salary / Number of Pay Periods in a Year
Biweekly Pay = $21,350 / 26
Biweekly Pay ≈ $821.15 (rounded to the nearest cent)
Therefore, Eddie's biweekly pay is approximately $821.15.
Please let me know if there's anything else I can help you with.
Alli <3
Eddie's biweekly salary is $821.15 and his annual salary is $21,350.
The subject of this question is Mathematics. Given that Eddie is single and receives his pay biweekly, we need to calculate his biweekly salary and then convert it to an annual salary. To calculate Eddie's biweekly salary, we divide his annual salary by the number of biweekly periods in a year. Since there are 26 biweekly periods in a year, we divide $21,350 by 26 to find that Eddie's biweekly salary is approximately $821.15.
To convert Eddie's biweekly salary to an annual salary, we multiply his biweekly salary by the number of biweekly periods in a year. Multiplying $821.15 by 26 gives us an annual salary of approximately $21,350.
Therefore, Eddie's biweekly salary is $821.15 and his annual salary is $21,350.
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b. 43.218 m/s
c. 43.22 m/s
d. 43.2 m/s
The given expression is
It can be written as [ we can add or subtract the same thing]
The expression can be factored as difference of two squares
The common factor of the two terms is 16
WE can take 16 as common factor:
=
Options 1 ,3,4 are the equivalent expressions.
Answer:
Aseem’s : 8.3, Stana’s : 11.6
Step-by-step explanation:
Aseem: x
Stana: 2x-5
X+2x-5=20
3x=25
X = 8.3
The length of Aseem's car is approximately 8.33 and the length of Stana's car is approximately 11.66.
Let's define the length of Aseem's car as x. Stana's car is 5 less than 2 times the length of Aseem's car, so the length of Stana's car can be represented as 2x - 5. The sum of the lengths of both cars is 20, so we can set up the equation x + (2x - 5) = 20. Solving this equation will give us the lengths of Aseem's and Stana's cars.
Combining like terms, we get 3x - 5 = 20. Adding 5 to both sides of the equation, we have 3x = 25. Finally, by dividing both sides by 3, we find that x = 8.33.
The length of Aseem's car is approximately 8.33 and the length of Stana's car is approximately 2(8.33) - 5 = 11.66.
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