a metal box with square base and vertical sides

2024-11-23T07:31:12 | By bt telephone junction box , DOD blog

a metal box with square base and vertical sides A metal box with a square base and vertical sides is to contain 1024 cm 3. The material for the top and bottom costs Rs 5/cm 2 and the material for the sides costs Rs 2.50/cm 2. Find the least cost of the box. $13.99

0 · square base metal box dimensions
1 · metal box with square base

3 Pack Metal Tin Box with Lid, Metal Rectangular Tins With Hinged Lid, Portable Storage Box Containers, for Storage Drawing Pin Candies Jewelry Crafts (7.7 x 3.6 x 0.8 Inches)

A metal box with a square base and vertical sides is to contain 1024cm3. The material for the top and bottom costs ₹5/cm2 and the material for the sides costs ₹2.50/cm2. Find the least cost of .A Metal Box with a Square Base and Vertical Sides is to Contain 1024 Cm3. the Material for the Top and Bottom Costs Rs 5 per Cm2 and the Material for the Sides Costs Rs 2.50 per Cm2. .A metal box with a square base and vertical sides is to contain 1024cm3. The material for the top and bottom costs ₹5/cm2 and the material for the sides costs ₹2.50/cm2. Find the least cost of the box.

connecting 3 wires in a junction box

A Metal Box with a Square Base and Vertical Sides is to Contain 1024 Cm3. the Material for the Top and Bottom Costs Rs 5 per Cm2 and the Material for the Sides Costs Rs 2.50 per Cm2. Find the Least Cost of the Box - MathematicsA metal box with a square base and vertical sides is to contain 1024 cm 3. The material for the top and bottom costs Rs 5/cm 2 and the material for the sides costs Rs 2.50/cm 2. Find the least cost of the box.A metal box with a square base and vertical sides is to contain $24$$ $$cm^3$$. The material for the top and bottom costs Rs. $$$ per $$cm^2$$ and the material for the sides costs Rs. $.50$$ per $$cm^2$$. Find the least cost of the box. As we will have to square bases for a metal box, it is required to write the area of the box as \[2{{x}^{2}}+4xy\]. A function f(x) is said to be minimum at the value of x where f’(x)=0 and f”(x)>0 and a function f(x) is said to be maximum at the value of x where f’(x)=0 and f”(x)<0.

An open tank with a square base and vertical sides is to be constructed from a metal sheet, so as to hold a given quantity of water. Show that the total surface area is least when depth of the tank is half its width.

A metal box with a square base and vertical sides is to contain 1024 cm3. The material for the top and bottom costs Rs 5/cm2 and the material for the sides costs Rs 2.50/cm2. Find the least cost of the box. A metal box with a square base and vertical sides is to contain 1024 cm3 of water, the material for the top and bottom costs Rs 5 per cm2 and the material for the sides costs Rs 2.50 per cm2. Find the least cost of the box.MAXMIMA MINIMA NCERT EXEMPLAR Application of DerivativesA metal box with a square base and vertical sides is to contain 1024 cm³. The material for the top an. CBSE Exam, class 12

Step by step video, text & image solution for A metal box with a square base and vertical sides is to contain 1024 cm3 of water, the material for the top and bottom costs Rs 5 per cm2 and the material for the sides costs Rs 2.50 per cm2.A metal box with a square base and vertical sides is to contain 1024cm3. The material for the top and bottom costs ₹5/cm2 and the material for the sides costs ₹2.50/cm2. Find the least cost of the box.A Metal Box with a Square Base and Vertical Sides is to Contain 1024 Cm3. the Material for the Top and Bottom Costs Rs 5 per Cm2 and the Material for the Sides Costs Rs 2.50 per Cm2. Find the Least Cost of the Box - MathematicsA metal box with a square base and vertical sides is to contain 1024 cm 3. The material for the top and bottom costs Rs 5/cm 2 and the material for the sides costs Rs 2.50/cm 2. Find the least cost of the box.

A metal box with a square base and vertical sides is to contain $24$$ $$cm^3$$. The material for the top and bottom costs Rs. $$$ per $$cm^2$$ and the material for the sides costs Rs. $.50$$ per $$cm^2$$. Find the least cost of the box.

As we will have to square bases for a metal box, it is required to write the area of the box as \[2{{x}^{2}}+4xy\]. A function f(x) is said to be minimum at the value of x where f’(x)=0 and f”(x)>0 and a function f(x) is said to be maximum at the value of x where f’(x)=0 and f”(x)<0. An open tank with a square base and vertical sides is to be constructed from a metal sheet, so as to hold a given quantity of water. Show that the total surface area is least when depth of the tank is half its width.A metal box with a square base and vertical sides is to contain 1024 cm3. The material for the top and bottom costs Rs 5/cm2 and the material for the sides costs Rs 2.50/cm2. Find the least cost of the box.

A metal box with a square base and vertical sides is to contain 1024 cm3 of water, the material for the top and bottom costs Rs 5 per cm2 and the material for the sides costs Rs 2.50 per cm2. Find the least cost of the box.

MAXMIMA MINIMA NCERT EXEMPLAR Application of DerivativesA metal box with a square base and vertical sides is to contain 1024 cm³. The material for the top an. CBSE Exam, class 12

connecting a ring main junction box