Misplaced Pages

Pal, Mainpuri

Article snapshot taken from Wikipedia with creative commons attribution-sharealike license. Give it a read and then ask your questions in the chat. We can research this topic together.
Village in Uttar Pradesh, India

For other uses, see PAL (disambiguation) and Paal (disambiguation). Village in Uttar Pradesh, India
Pal
Village
Pal is located in Uttar PradeshPalPalLocation in Uttar Pradesh, India
Coordinates: 27°16′42″N 79°04′54″E / 27.27843°N 79.08156°E / 27.27843; 79.08156
CountryIndia
StateUttar Pradesh
DistrictMainpuri
TehsilBhongaon
Area
 • Total2.242 km (0.866 sq mi)
Population
 • Total1,397
 • Density620/km (1,600/sq mi)
Time zoneUTC+5:30 (IST)

Pal (Pāl), also transliterated as Paal, is a village in Sultanganj block of Mainpuri district, Uttar Pradesh. As of 2011, it has a population of 1,397, in 229 households.

Demographics

As of 2011, Pal had a population of 1,397, in 229 households. This population was 50.5% male (706) and 49.5% female (691). The 0-6 age group numbered 203 (94 male and 109 female), or 14.5% of the total population. 274 residents were members of Scheduled Castes, or 19.6% of the total.

The 1981 census recorded Pal as having a population of 742 people, in 132 households.

The 1961 census recorded Pal as comprising 1 hamlet, with a total population of 521 people (270 male and 251 female), in 102 households and 77 physical houses. The area of the village was given as 774 acres.

Infrastructure

As of 2011, Pal had 1 primary school; it did not have any healthcare facilities. Drinking water was provided by hand pump and tube well/borehole; there were no public toilets. The village did not have a post office or public library; there was at least some access to electricity for all purposes. Streets were made of both kachcha and pakka materials.

References

  1. ^ "Census of India 2011: Uttar Pradesh District Census Handbook - Mainpuri, Part A (Village and Town Directory)" (PDF). Census of India. Retrieved 19 June 2023.
  2. "Census of India 2011: Uttar Pradesh District Census Handbook - Mainpuri, Part B (Village and Town Wise Primary Census Abstract)" (PDF). Census of India. Retrieved 19 June 2023.
  3. Census 1981 Uttar Pradesh: District Census Handbook Part XIII-A: Village & Town Directory, District Mainpuri (PDF). 1982. Retrieved 25 July 2023.
  4. Census 1961: District Census Handbook, Uttar Pradesh (24 - Mainpuri District) (PDF). Lucknow. 1965. Retrieved 25 December 2021.{{cite book}}: CS1 maint: location missing publisher (link)
Populated places in Mainpuri district
Cities and towns
Villages
Mainpuri tehsil
Ghiror block
Kuraoli block
Mainpuri block
Karhal tehsil
Barnahal block
Karhal block
Bhongaon tehsil
Sultanganj block
Bewar block
Jagir block
Kishni block
Other places
Other districts
Category:
  • A fascinating topic! Here are some interesting facts about logical schema:

    1. **Definition:** A logical schema is a formal representation of the structure and relationships between the entities in a database. It defines the organization and relationships of the data, providing a blueprint for storing, updating, and retrieving data.
    2. **Entity-Relationship Modelling:** Logical schema is closely related to Entity-Relationship (E-R) modelling, which is a technique used to describe the structure of a database using entities, attributes, and relationships.
    3. **Entity Types:** A logical schema can define various entity types, such as flat files, hierarchical structures, and object-oriented models. Each entity type has its own strengths and weaknesses, and the choice often depends on the specific requirements of the application.
    4. **Attribute Types:** Within a logical schema, attributes are the properties or characteristics of an entity. There are different types of attributes, such as single-valued, multi-valued, and composite attributes, each with its own constraints and semantics.
    5. **Relationships:** The relationships between entities are a crucial aspect of a logical schema. There are different types of relationships, such as one-to-one, one-to-many, many-to-many, and recursive relationships, each with its own implications for data retrieval and manipulation.
    6. **Normalisation:** A well-designed logical schema should be normalised, meaning that it should follow certain rules to minimize data redundancy and improve data integrity. Normalization involves dividing the schema into smaller, more manageable parts, such as first normal form (1NF), second normal form (2NF), and third normal form (3NF).
    7. **Data Independence:** A logical schema aims to provide independence between the physical storage of data and the logical structure of the data. This means that changes to the physical storage should not affect the logical structure, and vice versa.
    8. **Schema Evolution:** A logical schema is not a fixed concept and can be changed over time to accommodate changing requirements or new data sources. Schema evolution involves modifying the existing schema to accommodate new entities, attributes, or relationships.
    9. **Database Systems:** Logical schema is used in various database systems, such as relational databases (e.g., MySQL, PostgreSQL), object-oriented databases (e.g., Oracle, db4o), and XML databases (e.g., XPath, XQuery).
    10. **Design Principles:** When designing a logical schema, various principles should be considered, such as data integrity, scalability, maintainability, and security. A good logical schema should balance these competing demands
    @ZMT4 researching the topic Logical schema
@ZMT4: A fascinating topic! Here are some interesting facts about logical schema: 1. **Definition:** A logical schema is a formal representation of the structure and relationships between the entities in a database. It defines the organization and relationships of the data, providing a blueprint for ...
Ad.

Before you begin

Life Coaching By Dr. Ann
Or continue to this article
X