Mensuration

Mensuration deals with the calculation of area, surface area and volume of geometrical figures.

This page offers Mensuration Maths Questions in Hindi and English with step-by-step solutions for SSC, Banking and Railways.

Practicing these questions improves geometry calculation skills.

The sides of a rectangular prism are in the ratio 4 : 5 : 6. If the volume of the prism is $960 cm^3$ what is the length of its longest side?

The sides of a rectangular prism are in the ratio 4 : 5 : 6. If the volume of the prism is $960 cm^3$ what is the length of its longest side? एक आयताकार प्रिज्म की भूजाएँ 4 : 5 : 6 के अनुपात में हैं। यदि प्रिज्म का आयतन है 960 सेमी$^3$ इसकी सबसे

The sides of a rectangular prism are in the ratio 4 : 5 : 6. If the volume of the prism is $960 cm^3$ what is the length of its longest side? Read More »

A circle has a radius of 7 cm. Calculate

A circle has a radius of 7 cm. Calculate the length of an arc that subtends a central angle of 240°. (Give your answer in cm, rounded up to two decimal places; Use π = 22/7) एक वृत्त की त्रिज्या 7 cm है। 240° का केंद्रीय कोण अंतरित करने वाले चाप की लंबाई ज्ञात कीजिए।

A circle has a radius of 7 cm. Calculate Read More »

A copper sphere of diameter 24 cm is melted and drawn into a wire of diameter 4 mm. What is the length (in metres) of the wire?

A copper sphere of diameter 24 cm is melted and drawn into a wire of diameter 4 mm. What is the length (in metres) of the wire? 24 सेमी व्यास वाले तांबे के एक गोले को पिघलाकर 4 मिमी व्यास का तार बनाया जाता है। तार की लंबाई (मीटर में) ज्ञात कीजिए।

A copper sphere of diameter 24 cm is melted and drawn into a wire of diameter 4 mm. What is the length (in metres) of the wire? Read More »

The length of a rectangular pitch is 30 m more than its breadth. Its area is 18,271 m\(^2\). Its breadth (in m) is:

The length of a rectangular pitch is 30 m more than its breadth. Its area is 18,271 m\(^2\). Its breadth (in m) is: एक आयताकार मैदान की लंबाई उसकी चौड़ाई से 30 मीटर अधिक है। उसका क्षेत्रफल 18,271 मीटर \(^2\) है। उसकी चौड़ाई (मीटर में) क्या है?

The length of a rectangular pitch is 30 m more than its breadth. Its area is 18,271 m\(^2\). Its breadth (in m) is: Read More »

A cylindrical tank has a capacity of 4774 \(m^3\). If the radius of the  base is 7 m, what is the depth?

A cylindrical tank has a capacity of 4774 \(m^3\). If the radius of the  base is 7 m, what is the depth?( use \(\pi= \frac{22}{7}\)) एक बेलनाकार टंकी का आयतन4774 \(m^3\) है। यदि इसके आधार की त्रिज्या 7 m है, तो इसकी गहराई ज्ञात कीजिए। ( use \(\pi= \frac{22}{7}\))

A cylindrical tank has a capacity of 4774 \(m^3\). If the radius of the  base is 7 m, what is the depth? Read More »

The total area of ​​a piece of square glass is 784 cm \(^2\), which is placed on top of a table. The width between the edge of the table and the piece of glass is 9 cm wide. Find the length of the table.

The total area of ​​a piece of square glass is 784 cm \(^2\), which is placed on top of a table. The width between the edge of the table and the piece of glass is 9 cm wide. Find the length of the table. वर्गाकार ग्लास के टुकड़े का कुल क्षेत्रफल 784 सेमी \(^2\) है,

The total area of ​​a piece of square glass is 784 cm \(^2\), which is placed on top of a table. The width between the edge of the table and the piece of glass is 9 cm wide. Find the length of the table. Read More »

20 uniform solid hemispheres of radius 3 cm are melted to form a larger solid hemisphere. If 20% of the solid is wasted during this process, what is the radius (in cm) of the largest hemisphere formed?

20 uniform solid hemispheres of radius 3 cm are melted to form a larger solid hemisphere. If 20% of the solid is wasted during this process, what is the radius (in cm) of the largest hemisphere formed? 3 cm त्रिज्या वाले 20 एकसमान ठोस अर्धगोलों को पिघलाकर एक बड़ा ठोस अर्धगोला बनाया जाता है। यदि

20 uniform solid hemispheres of radius 3 cm are melted to form a larger solid hemisphere. If 20% of the solid is wasted during this process, what is the radius (in cm) of the largest hemisphere formed? Read More »

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