Answer:
$160
Explanation:
her net monthly take home pay will be reduced by $200 x (1 - combined tax rate = $200 x (1 - 20%) = $200 x 0.8 = $160
If instead of contributing to her 401k account, Betty took the money home, she would have to pay $40 in taxes (both state and federal), so the net amount that she receives is reduced by the taxes that she pays.
Answer:
131,250= number of units
Explanation:
Giving the following information:
<u>We need to calculate the number of units to be sold to maintain a profit of $175,000.</u>
Unitary variable cost= $3
Fixed expenses= $350,000
Selling price= $7
Net income= total contribution margin - fixed cost
175,000= number of units*(7 - 3) - 350,000
525,000 = number of units*4
525,000 / 4= number of units
131,250= number of units
Answer:
Yes
Explanation:
From the given output
The Probability of getting 13 or more passed
when the reliability = 0.35. can be calculated as follows
=0.0258+0.0109+0.0039+.0012+0.0004 = 0.0422 ≈ 4.2%
Since the probability is less than the 5% level we will therefore reject the Null hypothesis
answer : YES
Answer:
$55,000
Explanation:
A Simplified Employee Pension (SEP) Plan is used in the United States by employers or self-employed persons to provide retirement benefits for themselves and their employees
As stated by the Internal Revenue Service (IRS), the contributions that can be made to each employee’s SEP-IRA each year is which one is lower between 25% of compensation and the maximum of $55,000 for 2018.
We can then calculate as follow:
1. Jerry's contribution calculation = 25% × $187,600 = 46,900.
2. Maximum allowable = $55,000.
Since a defined contribution plan states that Jerry will contribute the maximum amount allowable and the maximum for 2018 is $55,000, Jerry's contribution will therefore be $55,000.
Answer:
$ 10
Explanation:
Given:
For Bedford lamp
Sales price = $ 26
Variable cost = $ 16
Machine hours required per unit = 1
Now,
the contribution margin per unit = Sales price - Variable cost
= $ 26 - $ 16
= $ 10
therefore,
the contribution margin per machine hour is calculated as:
= contribution margin / machine hours
or
= $ 10 / 1
or
= $ 10
hence,
the contribution margin per machine hour for the bedford lamp is $ 10
