The Xenopeltis Company estimates its requirement, which is 39,000 units semiannually at a price of $4 per unit. The carrying cost at 15% of the price and its ordering cost at $90 per order. On a 360-day basis, about How much would be the number of orders to be placed in a year? approximately 10 orders in a year A. approximately 12 orders in a year B. approximately 8 orders in a year C. approximately 4 orders in a year D. approximately 16 orders in a year

The Xenopeltis Company estimates its requirement, which is 39,000 units semiannually at a price of $4 per unit. The carrying cost at 15% of the price and its ordering cost at $90 per order. On a 360-day basis, about How much would be the number of orders to be placed in a year? approximately 10 orders in a year A. approximately 12 orders in a year B. approximately 8 orders in a year C. approximately 4 orders in a year D. approximately 16 orders in a year

Principles of Cost Accounting

17th Edition

ISBN:9781305087408

Author:Edward J. Vanderbeck, Maria R. Mitchell

Publisher:Edward J. Vanderbeck, Maria R. Mitchell

Chapter7: The Master Budget And Flexible Budgeting

Section: Chapter Questions

Problem 10Q: If the sales forecast estimates that 50,000 units of product will be sold during the following year,...

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The Xenopeltis Company estimates its requirement, which is 39,000 units semiannually at a price of $4 per unit. The carrying cost at 15% of the price and its ordering cost at $90 per order. On a 360-day basis, determine the following: How much would be the number of orders to be placed in a year?
The Xenopeltis Company estimates its requirement, which is 39,000 units semiannually at a price of $4 per unit. The carrying cost at 15% of the price and its ordering cost at $90 per order. On a 360-day basis, determine the following: To determine the number of orders to be place in a year? A. Total demand per year must be multiplied by the economic order quantity B. Economic order quantity must be divided by the Total demand per year C. Economic order quantity must added to the Total demand per year D. Total demand per year must be divided by the economic order quantity E. Economic order quantity must be subtracted from the Total demand per year
What is the EOQ for a firm that sells 5,800 units when the cost of placing an order is $5.20 and the carrying costs are $4.00 per unit? Round your answer to the nearest whole number. units How long will the EOQ last? Use the rounded value from the previous question. Assume 365 days in a year. Round your answer to the nearest whole number. days How many orders are placed annually? Assume 365 days in a year. Use the rounded value from the previous question. Round your answer to the nearest whole number. orders per year As a result of lower interest rates, the financial manager determines the carrying costs are now $2.2 per unit. What is the new EOQ? Round your answer to the nearest whole number. units What is the annual number of orders? Assume 365 days in a year. Use the rounded values of the new EOQ and duration of the new EOQ in your calculations. Round your answer to the nearest whole number. orders per year
The Xenopeltis Company estimates its requirement, which is 39,000 units semiannually at a price of P4 per unit. The carrying cost at 15% of the price and its ordering cost at P90 per order. On a 360-day basis, determine the following: How much is the annual requirement? *
The Xenopeltis Company estimates its requirement, which is 39,000 units semiannually at a price of P4 per unit. The carrying cost at 15% of the price and its ordering cost at P90 per order. On a 360-day basis, determine the following: About how often will an order need to be placed? *
The Xenopeltis Company estimates its requirement, which is 39,000 units semiannually at a price of P4 per unit. The carrying cost at 15% of the price and its ordering cost at P90 per order. On a 360-day basis, determine the following: What is the most economical no. of units to order? *
1. The ACE company estimates its annual requirement requirement is 78,000 units at a price of 4 per unit. The carrying cost at 15% and its ordering cost at 90 per order. Compute the following:a) What is the most economical no. of units to order?b) No. of orders to be placed in a year.c) About how often will an order need to be placed?
The john equipment company estimates its carrying cost at 15% and its ordering cost at $90 per order. The estimated annual requirement is 78,000 units at a price of $4 per unit. Required: (i). What is the most economical no. of units to order? (ii). No. of orders to be placed in a year. (iii). About how often will an order need to be placed?
Ricky Orange’s annual demand is 12,500 units. Ordering cost is $100 per order. Holding cost is estimated at 20% of product cost which is $50 per unit. What is the number of orders per year using EOQ to compute the best quantity to order? What is the annual holding cost? What is the reorder point? Assume four weeks/month, lead time L is one week and demand rate is 250 units per week.
The Xenopeltis Company estimates its requirement, which is 39,000 units semiannually at a price of P4 per unit. The carrying cost at 15% of the price and its ordering cost at P90 per order. How much is the carrying cost per unit? *
Alpha retail store predicts an annual demand of 4920 kgs of a food product. It costs RO 100 to make and receive an order, and it takes 12 workdays to receive it. The annual holding cost is 20 % of purchase price. The price RO 2 per kg. The company is operating 6 workdays per week in a 52-week year. What is the expected time (in days) between orders? Round-up to the nearest integer
The Xenopeltis Company estimates its requirement, which is 39,000 units semiannually at a price of $4 per unit. The carrying cost at 15% of the price and its ordering cost at $90 per order. On a 360-day basis, determine the following: How much is the annual requirement? A. 78,000 units B. Php 39,000 C. Php 78,000 D. 39,000 units E. 156,000 units