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An aeroplane can carry a maximum of 200 ...

An aeroplane can carry a maximum of 200 passengers. A profit of Rs. 800 is made on each first class ticket and a profit of Rs. 500 is made on each second class ticket. The airline reserves at least 20 seats for first class. However, at least 4 times as many passengers prefer to travel by second class than by first class. Determine how many tickets of each type must be sold in order to maximize the profit of airline? Also find the maximum profit.

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An aeroplane can carry a maximum of 200 passengers. A profit of Rs. 400 is made on each first class ticket and a profit of Rs. 300 is made on each second class ticket. The airline reserves at least 20 seats for first class. However, at least four times as many passengers prefer to travel by second class then by first class. Determine how many tickets of each type must be sold to maximise profit for the airline. Form an LPP and solve it graphically.

An aeroplane can carry a maximum of 200 passengers. A profit of Rs. 1000 is made on each executive class ticket and a profit of Rs. 600 is made on each economy class ticket. The airline reserves at least 20 seats for executive class. However, at least 4 times as many passengers prefer to travel by economy class than by the executive class. Determine how many tickets of each type must be sold in order to maximize the profit for the airline. What is the maximum profit?

An aeroplane can carry a maximum of two passengers. A profit of Rs. 1000 is made on each executive clas ticket and a profit of Rs. 600 is made on each economy class ticket. The airline reserves at least 20 seats for executive class. However at least 4 times as many passengers prefer to travel by economy clas than by the executive class. Determine how many tickets of each type must be sold in order to maximise the profit for the airline. What is the maximum profit?

First class lever and Second class lever

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In a class A of 25 students, 20 passed in first class; in another class B of 30 students, 24 passed in first class. In which class was a greater fraction of students getting first class?

In a class A of 25 students, 20 passed in first class; in another class B of 30 students, 24 passed in first class. In which class was a greater fraction of students getting first class?

A cylinder manufacturer makes small and large cylinders from a large piece of cardboard. The large cylinder requires 4 sq. m and small cylinder requires 3 sq. m of cardboard. The manufacturer is required to make at least 3 large cylinder and at least twice as many small cylinder as large cylinders. If 60 sq. m of cardboard is in the stock and profit on the small and large cylinders are Rs. 25 and Rs 35 respectively. How many of each type of cylinders to made to maximize the profit. Also, find the maximum profit.

Boys and girls in a class are writing letters. There are twice as many girls as boys in the class, and each girl writes 3 more letters than each boy. If boys write 24 of the 90 total letters written by the class, how many letters does each boy write?

In how many classes angiosperms are divided?

XII BOARD PREVIOUS YEAR PAPER ENGLISH-BOARD PAPER SOLUTIONS-All Questions
  1. Find the area of that part of the circle "x"^2+" y"^2=16 which is ex...

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  2. A man is known to speak truth 3 out of 4 times. He throws a die and...

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  3. An aeroplane can carry a maximum of 200 passengers. A profit of Rs. 80...

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  4. Prove that tan(pi/4+1/2 cos^-1(a/b))+tan(pi/4-1/2 cos^-1(a/b))=(2b)/a

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  5. Solve for x: - tan^(-1)("x"+1)+tan^(-1)("x"-1)=tan^(-1) (8/31)

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  6. Let A=[(3,2,5),(4,1,3),(0,6,7)] Express A as sum of two matrices such ...

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  7. Solve the following differential equation: cos^2\ x(dy)/(dx)+y=tan\ x

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  8. Prove the following: tan^(-1)\ 1/3+tan^(-1)\ 1/5+tan^(-1)\ \ 1/7+tan...

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  9. For what value lambda are the vectors vec a=2 hat i+\ lambda hat j...

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  10. Evaluate: int0^pi(xsinx)/(1+cos^2x)\ dx

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  11. Find the equation of tangent to the curve x=sin3t , y=cos2t\ \ at t=p...

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  12. Differentiate the following with respect to x\ :tan^(-1)\ ((sqrt(1+x)\...

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  13. For what value of k is the following function continuous at x=2? f(...

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  14. If vec a+ vec b+ vec c=0 and | vec a|=3,\ | vec b|=5 and | vec c|=7 ...

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  15. If vec a= hat i+ hat j+ hat k\ a n d vec b= hat j- hat k , find a ...

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  16. Solve the following differential equation: (x^2-y^2)dx+2x y\ dy=0 gi...

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  17. Solve the following differential equation: (dy)/(dx)=(x\ (2y-x))/(x\ (...

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  18. Show that the height of the cylinder of maximum volume that can be ...

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  19. Show that of all the rectangles inscribed in a given fixed circle, ...

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  20. Find a unit vector in the direction of vec a=3 hat i-2 hat j+6 hat...

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