Application of cost-volume-profit relationships, Mechanical Engineering

Assignment Help:

Application of Cost-Volume-Profit Relationships:

Quality stores open for 10 hours a day. Company is considering decreasing the store hours through one hour. This shall result in a loss of 400 liters of sales per month and would cut fixed costs by Rs. 10,000 per month. Should the company change its store hours?

Analysis

Decrease in revenue = 400 × 50 = Rs. 20,000 per month

Reduction in fixed cost = Rs. 10,000 per month

Loss of contribution margin = 20,000 × 0.255 = Rs. 5100 per month

Increase in net monthly income per store = 10,000 - 5,100 = Rs. 4900

Above performed analysis mention that by following the aforementioned policy of decreasing the store hours by one hour each day shall result in a profit of Rs. 4900. Therefore the policy is beneficial to the company.


Related Discussions:- Application of cost-volume-profit relationships

Gathering lines, Gathering Lines: A gathering line, also called a lad...

Gathering Lines: A gathering line, also called a ladder track, is one into which a number of parallel tracks merge. This is shown in Figure. It is used in marshalling yards.

Show the coating application, Q. Show the Coating Application? Immediat...

Q. Show the Coating Application? Immediately following surface preparation, the cleaned pipe shall be uniformly preheated by a non-contaminating method to the application tempe

Bending equation, State and define the bending equation and mention it''s u...

State and define the bending equation and mention it''s units and derive it

Design an evaporator system, Q. Design an Evaporator System? The Evapor...

Q. Design an Evaporator System? The Evaporator System is designed to produce high quality distillate. The feed water to the evaporator system is dosed with antiscalant and rece

Stress, Difference between direct and shear stress

Difference between direct and shear stress

Calculation of total energy - thermodynamics, T ota l Energy: Total ...

T ota l Energy: Total energy possessed by system is the sum of all types of stored energy. Thus it will be given by E total  = PE + KE + U = mgh + 1/2mv 2  + U It is ex

Write Your Message!

Captcha
Free Assignment Quote

Assured A++ Grade

Get guaranteed satisfaction & time on delivery in every assignment order you paid with us! We ensure premium quality solution document along with free turntin report!

All rights reserved! Copyrights ©2019-2020 ExpertsMind IT Educational Pvt Ltd