A manufacturer makes two types of tea cups, say A and B. Three machines are needed for the manufacturing and the time in minutes required for each cup on the machine is given below:
Each machine is available for a maximum of 6 hrs per day. If the profit on each cup A is 75 paise and that on each cup B is 50 paise. Show that 15 tea cups of type A and 30 tea cups of type B should be manufactured in a day to get the maximum profit.
A manufacturer makes two types of tea cups, say A and B. Three machines are needed for the manufacturing and the time in minutes required for each cup on the machine is given below:
Each machine is available for a maximum of 6 hrs per day. If the profit on each cup A is 75 paise and that on each cup B is 50 paise. Show that 15 tea cups of type A and 30 tea cups of type B should be manufactured in a day to get the maximum profit.
Each machine is available for a maximum of 6 hrs per day. If the profit on each cup A is 75 paise and that on each cup B is 50 paise. Show that 15 tea cups of type A and 30 tea cups of type B should be manufactured in a day to get the maximum profit.
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A manufacturer makes two types of tea cups, say A and B. Three machines are needed for the manufacturing and the time in minutes required for each cup on the machine is given below: Each machine is available for a maximum of 6 hrs per day. If the profit on each cup A is 75 paise and that on each cup B is 50 paise. If x and y denote the number of cups of ttpe A and B produced in a day respectively. What is the profit function ?
A manufacturer makes two types of tea cups, say A and B. Three machines are needed for the manufacturing and the time in minutes required for each cup on the machine is given below: Each machine is available for a maximum of 6 hrs per day. If the profit on each cup A is 75 paise and that on each cup B is 50 paise. If x and y denote the number of cups of ttpe A and B produced in a day respectively. What are the linear in equations satisfied by x and y ?
A bakery owner makes two types of cakes A and B.There machines are needed for this purpose.The time(in minutes) required for making each type of cakes in each machine is given below, Each machine is available for atmost 6 hours per day.Assume that all cakes will be sold out everyday.The bakery owner wants to make maximum profit per day by making Rs.7.5 from type A and Rs.5 from type B. Find the maximum profit graphically.
A bakery owner makes two types of cakes A and B. Three machines are needed for this purpose.The time (in minutes) requried for making each type of cake in each of the machines is given below: Each machine is available for atmost 6 hours per day. Assume that all cakes will be sold out every day.The bakery owner wants to make maximum profit per day by making 7.50 from type A and 5 from type B. write the object function
A bakery owner makes two types of cakes A and B. Three machines are needed for this purpose.The time (in minutes) requried for making each type of cake in each of the machines is given below: Each machine is available for atmost 6 hours per day. Assume that all cakes will be sold out every day.The bakery owner wants to make maximum profit per day by making 7.50 from type A and 5 from type B. Write the constraints
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A company manufactures two types of rovelty souvenirs made of plywood. Souvenirs of type A require 5 minutes each for cutting and 10 minutes each for assembling. Souvenirs of type B require 8 minutes each for cutting and 8 minutes each for assembling. There are 3 hours 20 minutes available for cutting and 4 hours for assembling. The profit is Rs 5 each for type A and Rs 6 each for type B souvenirs. How many souvenirs of each type should the company manufacture in order to maximise the profit?
Let A,B and C be the sets such that A cup B = A cup C and A cap B = A cap C . Show that B = C.
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(Manufacturing problem) A manufacturer has three machines I , II and III installed in his factory. Machines I and II are capable of being operated for at most 12 hours where as machine III must be operated for atleast 5 hours a day. She produces only two items M and N each requiring the use of all the three machines. The number of hours required for producing 1 unit of each of M and N on the three machines are given in the following table: She makes a profit of Rs 600 and Rs 400 on items M and N respectively. How many of each item should she produce so as to maximise her profit assuming that she can swll all the items that she produced ? What will be the maximum profit ?