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To convert from meters to feet, multiply the value in meters by 3.281.
Multiply the value in meters by 3.281 to get the value in feet.
For example, 10 meters is equal to 32.81 feet.
Remember to use the correct unit abbreviation when writing the answer, i.e. ft for feet.
To convert from cubic feet to cubic meters, multiply the value in cubic feet by 0.0283168466.
Multiply the value in cubic feet by 0.0283168466 to get the equivalent in cubic meters.
For example, if you have 100 cubic feet, multiply 100 by 0.0283168466 to get 2.83168466 cubic meters.
Remember to use the correct conversion factor when converting between different units of volume.
Cranks are provided in slabs to resist the bending moments and shear forces.
Cranks help in distributing the load uniformly across the slab.
They increase the load-carrying capacity of the slab.
Cranks prevent the formation of cracks and improve the overall structural integrity.
They help in reducing the deflection of the slab.
Cranks are especially useful in areas where heavy loads or concentrated loads are expected, ...
PCC stands for Plain Cement Concrete.
PCC is a construction material used in civil engineering.
It is a mixture of cement, fine aggregates, and water.
PCC is used as a base for flooring, foundations, and pavements.
It provides strength and durability to the structure.
PCC is typically used in areas where heavy loads are expected.
Example: PCC is used as a base layer for road construction.
Extra bars in beams are used to increase the strength and load-bearing capacity of the structure.
Extra bars, also known as reinforcement bars or rebar, are added to beams to enhance their structural integrity.
These bars are typically made of steel and are placed within the concrete to provide additional strength.
The purpose of extra bars is to resist tensile forces and prevent cracking or failure of the beam under...
M25 Grade concrete is a type of concrete with a compressive strength of 25 megapascals (MPa).
M25 Grade concrete is commonly used in construction projects.
It is a mix of cement, sand, and coarse aggregates in a specific ratio.
The ratio of cement to sand to coarse aggregates in M25 Grade concrete is 1:1:2.
The water-cement ratio for M25 Grade concrete is typically 0.45.
M25 Grade concrete has a compressive strength of...
The minimum and maximum slope depend on the purpose of the site and the type of terrain.
The minimum slope for a site is typically 0.5% to ensure proper drainage.
The maximum slope depends on the type of terrain and the intended use of the site.
For example, a road can have a maximum slope of 10% while a pedestrian walkway can have a maximum slope of 5%.
In some cases, steep slopes may require retaining walls or other...
Extra bars in beams should be provided at locations of high bending moments or where additional reinforcement is required.
Extra bars should be provided at supports and near the mid-span of the beam where bending moments are highest.
Additional reinforcement may be required at locations where concentrated loads or point loads are applied.
Extra bars should also be provided at locations where there are openings or cut...
The units of load in civil engineering are typically measured in force per unit area.
Units of load include pounds per square inch (psi), kilonewtons per square meter (kPa), and tons per square foot.
Load can also be measured in terms of distributed load or concentrated load.
Examples of distributed load units include pounds per linear foot (plf) or kilonewtons per meter (kN/m).
Examples of concentrated load units inc...
I applied via Naukri.com and was interviewed in Mar 2021. There was 1 interview round.
The M20 grade concrete mix ratio is 1:1.5:3, which means 1 part cement, 1.5 parts sand, and 3 parts aggregate.
M20 grade concrete is commonly used for general construction purposes.
The mix ratio of M20 grade concrete is 1:1.5:3, which indicates the proportion of cement, sand, and aggregate respectively.
For example, if we need to prepare 1 cubic meter of M20 grade concrete, we would need 1 part cement, 1.5 parts sand, an...
The minimum and maximum slope depend on the purpose of the site and the type of terrain.
The minimum slope for a site is typically 0.5% to ensure proper drainage.
The maximum slope depends on the type of terrain and the intended use of the site.
For example, a road can have a maximum slope of 10% while a pedestrian walkway can have a maximum slope of 5%.
In some cases, steep slopes may require retaining walls or other stab...
Cranks are provided in slabs to resist the bending moments and shear forces.
Cranks help in distributing the load uniformly across the slab.
They increase the load-carrying capacity of the slab.
Cranks prevent the formation of cracks and improve the overall structural integrity.
They help in reducing the deflection of the slab.
Cranks are especially useful in areas where heavy loads or concentrated loads are expected, such ...
Extra bars in beams should be provided at locations of high bending moments or where additional reinforcement is required.
Extra bars should be provided at supports and near the mid-span of the beam where bending moments are highest.
Additional reinforcement may be required at locations where concentrated loads or point loads are applied.
Extra bars should also be provided at locations where there are openings or cutouts ...
Extra bars in beams are used to increase the strength and load-bearing capacity of the structure.
Extra bars, also known as reinforcement bars or rebar, are added to beams to enhance their structural integrity.
These bars are typically made of steel and are placed within the concrete to provide additional strength.
The purpose of extra bars is to resist tensile forces and prevent cracking or failure of the beam under heav...
PCC stands for Plain Cement Concrete.
PCC is a construction material used in civil engineering.
It is a mixture of cement, fine aggregates, and water.
PCC is used as a base for flooring, foundations, and pavements.
It provides strength and durability to the structure.
PCC is typically used in areas where heavy loads are expected.
Example: PCC is used as a base layer for road construction.
To convert from cubic feet to cubic meters, multiply the value in cubic feet by 0.0283168466.
Multiply the value in cubic feet by 0.0283168466 to get the equivalent in cubic meters.
For example, if you have 100 cubic feet, multiply 100 by 0.0283168466 to get 2.83168466 cubic meters.
Remember to use the correct conversion factor when converting between different units of volume.
To convert from meters to feet, multiply the value in meters by 3.281.
Multiply the value in meters by 3.281 to get the value in feet.
For example, 10 meters is equal to 32.81 feet.
Remember to use the correct unit abbreviation when writing the answer, i.e. ft for feet.
M25 Grade concrete is a type of concrete with a compressive strength of 25 megapascals (MPa).
M25 Grade concrete is commonly used in construction projects.
It is a mix of cement, sand, and coarse aggregates in a specific ratio.
The ratio of cement to sand to coarse aggregates in M25 Grade concrete is 1:1:2.
The water-cement ratio for M25 Grade concrete is typically 0.45.
M25 Grade concrete has a compressive strength of 25 M...
The units of load in civil engineering are typically measured in force per unit area.
Units of load include pounds per square inch (psi), kilonewtons per square meter (kPa), and tons per square foot.
Load can also be measured in terms of distributed load or concentrated load.
Examples of distributed load units include pounds per linear foot (plf) or kilonewtons per meter (kN/m).
Examples of concentrated load units include ...
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I applied via Naukri.com and was interviewed in Sep 2019. There was 1 interview round.
I am a recent graduate with a degree in Computer Science and experience in web development.
Recent graduate with a degree in Computer Science
Experience in web development
Strong problem-solving skills
Proficient in programming languages such as Java, JavaScript, and HTML/CSS
My hobbies include reading, hiking, and playing the guitar.
Reading: I enjoy reading fiction and non-fiction books in my free time.
Hiking: I love exploring nature trails and challenging myself with new hikes.
Playing the guitar: I have been playing the guitar for several years and enjoy learning new songs.
Our company is a leading tech startup specializing in AI-driven solutions for businesses.
Specializes in AI-driven solutions for businesses
Considered a leading tech startup in the industry
Known for innovative and cutting-edge technology
Has a strong focus on research and development
Provides services to a wide range of industries
I want to join your company because of its innovative projects, strong company culture, and opportunities for growth.
Innovative projects that align with my interests and skills
Strong company culture that values collaboration and employee development
Opportunities for growth and advancement within the company
I completed various training programs and projects during my college years, gaining hands-on experience in different areas.
Completed a training program in data analysis using Python and R
Developed a mobile application for a class project using Java and Android Studio
Participated in a research project on renewable energy sources
Completed an internship at a local software company, working on web development projects
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