Use Newton's Second Law: Fnet = ma
where Fnet = total net force, m = mass of object, and a = acceleration of object.
You are given Fnet = 26N and m = 4.0kg. Plug them into the equation and solve for a:
The answer is 6.5 m/s^2
Answer:
c. $8013.29
Explanation:
The retained earnings is the accumulated net earnings/losses over the period of existence of an entity. This is usually posted to the retained earnings accounted for as part of owners equity on the face of the balance sheet net the dividend paid.
The net income is the difference between the sales and all expenses including depreciation.
Let the depreciation be d
Net income = retained earnings + dividend
= $4221 + $469
= $4,690
$4,690 = 0.79 ($30,600 - $15,350 - $1,300 - d)
The 0.79 being the net of the tax which is the 21% applied on the net of sales and expenses.
d = $13,950 - $5,936.71
d = $8,013.29
Answer:
The correct answer is 20 units.
Explanation:
According to the scenario, the given data are as follows:
Total cost = $10,000
Total fixed cost = $2,000
Average variable cost = $400
So, Total variable cost = Total cost - Total fixed cost
= $10,000 - $2,000 = $8,000
So, we can calculate the total number of widgets producing by using following formula:
Units producing = Total variable cost ÷ average variable cost
= $8,000 ÷ $400
= 20 units
Answer:
$26,700 excess
Explanation:
The amount of deficiency or excess can be determined only when the ending cash balance is known. The ending cash balance is the addition of the net movement in cash to the opening cash balance.
The net movement is the difference between the total receipts and the total payments or disbursement.
Total receipts for January
= $1,061,200
Total payments
= $984,500
Net movement = $1,061,200 - $984,500
= $76,700
Ending balance = $290,000 + $76,700
= $366,700
If the minimum cash requirement is $340,000
The amount of the (deficiency)/excess cash (after considering the minimum cash balance required) for January
= $366,700 - $340,000
= $26,700
