helping a costumer by answering a question
Answer:
Part A
Purchasing the product would result in saving of $25000, if the fixed overhead of $405000 can be avoided.
Part B
Making the product would result in saving of $5000.
Explanation:
It is important to consider only the relevant cost i.e. those cost which will not be incurred if a particular decision is made and will incur if the other option is chosen.
Part A
Purchasing the product would result in saving of $25000, if the fixed overhead of $405000 can be avoided.
The Relevant cost of manufacturing the product and the purchase price are as computed below in the second image.
Part B
Making the product would result in saving of $5000.
Answer: a deal website that compares different types of cars, so he can choose the one he likes best
Explanation:
When buying a good or service, it is best to look out for a variety of those goods because it will enable a person to be able to compare the different varieties and be able to pick the one most suitable for them.
Tanner therefore will most likely use a website that compares cars so that he is able to see the features that different cars offer which will enable him make a decision that is most suitable for him.
Answer:
360
Explanation:
Kanban is a method that is used to mange workflow in order to assist in visualizing the work and maximize the efficiency of a workers as well as making the workers agile.
The formula for calculating the number of Kanban is given as follows:
Number of Kanban = (Dd × LT × (1 + SS)) ÷ QC .................. (1)
DD = Daily required production level = 250
LT = Lead Time (in minutes) = 30
SS = Safety Stock = 20% = 0.2
QC = Number of squidgets in a container = 25
Substituting the values above into equation (1), we have:
Number of Kanban = (250 × 30 × (1 + 0.2)) ÷ 25
= (250 × 30 × 1.2) ÷ 25
= 9,000 ÷ 25
= 360
Therefore, the number of kanbans to be circulated between Sandy's process and the previous operations is 360.
Answer:
Given: Total shift time = 8 hours = 8 * 60 = 480 minutes
time required for production of one saw = 6 minutes
Demand for Bow saw = Demand for frame saw = Demand for dovetail saw = 1/2 * Demand of Tenon saw
a) Mixed model schedule:
Mixed model schedule
Product no. per batch
Bow Saw 1
Frame Saw 1
Dovetail Saw 1
Tenon Saw 2
Total 5
Therefore 2 Tenon Saw, and each bow, frame, and dovetail saws will be produced before the cycle is repeated.
b) 2 Tenon Saw, 1 bow, 1 frame, and 1 dovetail saws will be produced under production sequence for one unit production.
The length of cycle will be 5*6=30 minutes i.e. the cycle will repeat once in 30 minutes for 8 hours means totally it will repeat 16 times during one shift.
c) Number of saws Swenson produce in one shift = Number of Bow saw Swenson produce in one shift + Number of Frame saw Swenson produce in one shift + Number of Dovetail saw Swenson produce in one shift + Number of Tenon saw Swenson produce in one shift
Explanation: