# TOTAL ANNUAL INVENTORY COST

## P1

TOTAL ANNUAL INVENTORY COST | |

SUMMARY | |

Q = ORDER QUANTITY = | |

AVERAGE INVENTORY = | |

NUMBER OF ORDERS = | |

CARRYING COST = | |

ORDERING COST = | |

TOTAL COST | |

OPTIMAL TIME BETWEEN ORDERS = |

## P2

TOTAL ANNUAL INVENTORY COST | |

SUMMARY | |

Q = ORDER QUANTITY = | |

AVERAGE INVENTORY = | |

NUMBER OF ORDERS = | |

CARRYING COST = | |

ORDERING COST = | |

TOTAL COST | |

OPTIMAL TIME BETWEEN ORDERS = |

## P3

SUMMARY | ||

Q = ORDER QUANTITY = | ||

AVERAGE INVENTORY = | ||

NUMBER OF ORDERS = | ||

CARRYING COST = | ||

ORDERING COST = | ||

TOTAL COST = | ||

DEMAND PER DAY = | ||

REORDER POINT = |

## P4

ORDERING | ORDERING | ||||

EOQ | 5,000 | ||||

= | |||||

Average inventory = Q/2 = | |||||

Annual carrying cost = | |||||

Number of orders = | |||||

Annual order cost = | |||||

Total inventory purchase cost = | |||||

Total inventory cost = |

## P5

ORDERING | ORDERING | ORDERING | ORDERING | |||||

EOQ | 1,000 | 3,000 | 6,000 | |||||

= | ||||||||

Average inventory = | ||||||||

Annual carrying cost = | ||||||||

Number of orders = | ||||||||

Annual order cost = | ||||||||

Total inventory purchase cost | ||||||||

Total inventory cost = |