Subject: Applied Mathematics, asked on 8/9/21

## Mr Dhar is an architect. He designed a building and provided an entry door in the shape of a rectangle surmounted by a semicircular opening. The perimeter of door is 10m. Based on the above answer only part III and IV Subject: Applied Mathematics, asked on 8/9/21

## Mr Dhar is an architect. He designed a building and provided an entry door in the shape of a rectangle surmounted by a semicircular opening. The perimeter of door is 10m. Based on the above information, answer the following ..Regards Subject: Applied Mathematics, asked on 8/9/21

## Mr Dhar is an architect. He designed a building and provided an entry door in the shape of a rectangle surmounted by a semicircular opening. The perimeter of door is 10m. Based on the above information, answer the following questions Regards

Subject: Applied Mathematics, asked on 22/8/21

## maxima minima question-class 12

Subject: Applied Mathematics, asked on 22/8/21

## answer pls asap please Subject: Applied Mathematics, asked on 22/8/21

## answer the question of applied maths Subject: Applied Mathematics, asked on 21/8/21

Subject: Applied Mathematics, asked on 3/8/21

## find the local maximum and local minimum if any , of this question.

Subject: Applied Mathematics, asked on 26/7/21

## find two positive numbers x and y whose sum is 35 and the product x^2y^5 is a maximum

Subject: Applied Mathematics, asked on 25/7/21

## find the maximum and minimum value of f(x)=4x^3 -18x^3 +27x -7

Subject: Applied Mathematics, asked on 4/7/21

## Find the local maxima and minima of f(x) = x^3 + x^2 + x +1. Alao find the local maximum amd minimum values.

Subject: Applied Mathematics, asked on 4/7/21

## Find the equation of the tangent to the curve y= root (3x-2)which is parallel to the line 4x-2y+5=0

Subject: Applied Mathematics, asked on 4/7/21

## Find the equation of the tangent to the curve ?? = root (???? ? ??) which is parallel to the line 4x ? 2y + 5 = 0.

Subject: Applied Mathematics, asked on 4/7/21

## There are two buildings on MNCs (represented by AP and BQ) on opposite sides of a 20 m wide road at point A and B respectively. There is a point R on road as shown below. (i) What is the area of trapezium ABQP in sq m? a) 280 b)380 c)440 d)220 (ii) What is the value of PQ? a) 20.88 m b)26.88 m c)19.88 m d)29.18 m (iii) Find the value(s) of x for minimum value of S(x): a) 10 b) 0 c) 4 d) -10

Subject: Applied Mathematics, asked on 30/6/21

## Find the increase / decrease of the following function:

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