Question

In: Accounting

RayLok Incorporated has invented a secret process to improve light intensity and, as a result, manufactures...

RayLok Incorporated has invented a secret process to improve light intensity and, as a result, manufactures a variety of products related to this process. Each product is independent of the others and is treated as a separate profit/loss division. Product (division) managers have a great deal of freedom to manage their divisions as they think best. Failure to produce target divisional income is dealt with severely; however, rewards for exceeding one’s profit objective are, as one division manager described them, lavish. The DimLok Division sells an add-on automotive accessory that automatically dims a vehicle’s headlights by sensing a certain intensity of light coming from a specific direction. DimLok has had a new manager in each of the 3 previous years because each manager failed to reach RayLok’s target profit level. Donna Barnes has just been promoted to manager and is studying ways to meet the current target profit for DimLok. DimLok’s two profit targets for the coming year are $1,200,000 (20% return on the investment in the annual fixed costs of the division) and $20 (pre-tax) profit for each DimLok unit sold. Other constraints on the division’s operations are as follows: Production cannot exceed sales because RayLok’s corporate advertising program stresses completely new product models each year, although the models might have only cosmetic changes. DimLok’s selling price cannot vary above the current selling price of $240 per unit but may vary as much as 10% below $240. A division manager can elect to expand fixed production or selling facilities; however, the target profit objective related to fixed costs is increased by 20% of the cost of any such expansion. Furthermore, a manager cannot expand fixed facilities by more than 30% of existing fixed cost levels without approval from the board of directors. Donna is now examining data gathered by her staff to determine whether DimLok can achieve its target profits of $1,200,000 and $20 per unit. A summary of these reports shows the following: Last year’s sales were 39,000 units at $240 per unit. DimLok’s current manufacturing facility capacity is 49,000 units per year, but can be increased to 98,000 units per year with an increase of $1,090,000 in annual fixed costs. Present variable costs amount to $120 per unit, but DimLok’s vendors are willing to offer direct materials discounts amounting to $20 per unit, beginning with unit number 69,001. Sales can be increased up to 118,000 units per year by committing large blocks of product to institutional buyers at a discounted unit price of $220. However, this discount applies only to sales in excess of 49,000 units per year. Donna believes that these projections are reliable and is now trying to determine what DimLok must do to meet the profit objectives assigned by RayLok’s board of directors. 1. Determine the dollar amount of DimLok’s present annual fixed costs per year. 2. Determine the number of units that DimLok must sell to achieve both profit objectives. Be sure to consider all constraints in determining your answer. 3. Without regard to your answer in requirement 2, assume that Donna decides to sell 49,000 units at $240 per unit and 40,080 units at $220 per unit.

(a) Prepare a budgeted income statement (contribution format) for DimLok showing budgeted operating income.

(b) Would this projected operating income meet the stated profit objectives?

Solutions

Expert Solution


Related Solutions

RayLok Incorporated has invented a secret process to improve light intensity and, as a result, manufactures...
RayLok Incorporated has invented a secret process to improve light intensity and, as a result, manufactures a variety of products related to this process. Each product is independent of the others and is treated as a separate profit/loss division. Product (division) managers have a great deal of freedom to manage their divisions as they think best. Failure to produce target divisional income is dealt with severely; however, rewards for exceeding one’s profit objective are, as one division manager described them,...
RayLok Incorporated has invented a secret process to improve light intensity and, as a result, manufactures...
RayLok Incorporated has invented a secret process to improve light intensity and, as a result, manufactures a variety of products related to this process. Each product is independent of the others and is treated as a separate profit/loss division. Product (division) managers have a great deal of freedom to manage their divisions as they think best. Failure to produce target divisional income is dealt with severely; however, rewards for exceeding one’s profit objective are, as one division manager described them,...
[The following information applies to the questions displayed below.] RayLok Incorporated has invented a secret process...
[The following information applies to the questions displayed below.] RayLok Incorporated has invented a secret process to improve light intensity and, as a result, manufactures a variety of products related to this process. Each product is independent of the others and is treated as a separate profit/loss division. Product (division) managers have a great deal of freedom to manage their divisions as they think best. Failure to produce target divisional income is dealt with severely; however, rewards for exceeding one’s...
Required information [The following information applies to the questions displayed below.] RayLok Incorporated has invented a...
Required information [The following information applies to the questions displayed below.] RayLok Incorporated has invented a secret process to improve light intensity and, as a result, manufactures a variety of products related to this process. Each product is independent of the others and is treated as a separate profit/loss division. Product (division) managers have a great deal of freedom to manage their divisions as they think best. Failure to produce target divisional income is dealt with severely; however, rewards for...
A metallurgist has invented a new tungsten alloy for use in the filaments of light bulbs...
A metallurgist has invented a new tungsten alloy for use in the filaments of light bulbs that is supposed to burn brighter with the use of less energy. A company investigates the potential costs of producing the new type of bulb and decides that production would be economically feasible if the bulbs would last an average of longer than 2000 hours in continuous usage. Twenty-five of the new bulbs are tested and found to last an average of 2240 hours...
Laser light is polarized and has an intensity of 10 W/m2. A polarizer is placed in...
Laser light is polarized and has an intensity of 10 W/m2. A polarizer is placed in the path of the laser. The intensity is measured again at 5 W/m2. What is the angle of the polarizer with respect to the initial polarization? A. 15 deg B. 20 deg C. 30 deg D. 45 deg
Linearly polarized light that is oriented along the x-axis and has intensity I0 is incident on...
Linearly polarized light that is oriented along the x-axis and has intensity I0 is incident on a linear polarizer (LP1) with transmission axis oriented at an angle θ1=15° clockwise with respect to the x axis. The light then passes through a second linear polarizer (LP2) with transmission axis oriented at an angle θ2 = 45° counterclockwise relative to the x axis as shown before passing through a quarter wave plate. The fast axis of the quarter wave plate is aligned...
Linearly polarized light that is oriented along the x-axis and has intensity I0 is incident on...
Linearly polarized light that is oriented along the x-axis and has intensity I0 is incident on a linear polarizer (LP1) with transmission axis oriented at an angle θ1=15° clockwise with respect to the x axis. The light then passes through a second linear polarizer (LP2) with transmission axis oriented at an angle θ2 = 45° counterclockwise relative to the x axis as shown before passing through a quarter wave plate. The fast axis of the quarter wave plate is aligned...
Suppose you have a polarized light source in your lab that has an intensity of 1364...
Suppose you have a polarized light source in your lab that has an intensity of 1364 W/m2, where the electric field oscillates in the z direction. The light travels toward a workbench where you can send it through either one of two polarizing filters. (a) If the light passes through a filter with its transmission axis at an angle of 45.0° from the z direction, what is the intensity of the transmitted light? =? W/m2 (b) If, instead, the light...
Linearly polarized light that is oriented along the x-axis and has intensity I0 is incident on...
Linearly polarized light that is oriented along the x-axis and has intensity I0 is incident on a linear polarizer (LP1) with transmission axis oriented at an angle θ1=15° clockwise with respect to the x axis. The light then passes through a second linear polarizer (LP2) with transmission axis oriented at an angle θ2 = 45° counterclockwise relative to the x axis as shown before passing through a quarter wave plate. The fast axis of the quarter wave plate is aligned...
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT