Florissa's Flowers jointly produces three varieties of flowers in the same garden: tulips, lilies, and daisies. The flowers are all watered via the same irrigation system and all receive the same amount of water; daisies require three times as much as lilies, and the water required for tulips is about halfway between the amounts needed for daisies and lilies. Although the lilies and tulips receive more water than they need due to the joint irrigation process, they are not hurt by the overwatering. The joint production cost of the three varieties of flowers is about $30 per harvest. Every harvest yields 10 tulips, 20 lilies, and 20 daisies. 1. Allocate the joint costs of production to each product using the physical units method. JointProduct Flowersper Harvest Proportion JointCosts Allocation Tulip % $ $ Lily % Daisy % Totals $ Which products receive the largest portion of the joint costs? received the largest portion of the joint costs. 2. Allocate the joint costs of production to each product using the weighted average method. JointProduct Flowersper Harvest WeightFactor WeightedFlowersof Water WeightedPercentof Water JointCosts Allocation Tulip % $ $ Lily % Daisy % Totals $ Which product receives the largest portion of the joint costs? received the largest portion of the joint costs. 3. Why would it be important to consider the watering process as an appropriate weight factor? a. The cost of watering the plants is a large portion of the joint costs and the company follows the same irrigation system for all three varieties of flowers. b. It is a natural resource which is more precious. c. Daisies have the highest market value. d. None of the above.
Florissa's Flowers jointly produces three varieties of flowers in the same garden: tulips, lilies, and daisies. The flowers are all watered via the same irrigation system and all receive the same amount of water; daisies require three times as much as lilies, and the water required for tulips is about halfway between the amounts needed for daisies and lilies. Although the lilies and tulips receive more water than they need due to the joint irrigation process, they are not hurt by the overwatering. The joint production cost of the three varieties of flowers is about $30 per harvest. Every harvest yields 10 tulips, 20 lilies, and 20 daisies.
1. Allocate the joint costs of production to each product using the physical units method.
| Joint Product |
Flowers per Harvest |
Proportion | Joint Costs |
Allocation |
| Tulip | % | $ | $ | |
| Lily | % | |||
| Daisy | % | |||
| Totals | $ |
Which products receive the largest portion of the joint costs?
received the largest portion of the joint costs.
2. Allocate the joint costs of production to each product using the weighted average method.
| Joint Product |
Flowers per Harvest |
Weight Factor |
Weighted Flowers of Water |
Weighted Percent of Water |
Joint Costs |
Allocation |
| Tulip | % | $ | $ | |||
| Lily | % | |||||
| Daisy | % | |||||
| Totals | $ |
Which product receives the largest portion of the joint costs?
received the largest portion of the joint costs.
3. Why would it be important to consider the watering process as an appropriate weight factor?
a. The cost of watering the plants is a large portion of the joint costs and the company follows the same irrigation system for all three varieties of flowers.
b. It is a natural resource which is more precious.
c. Daisies have the highest market value.
d. None of the above.
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