Holy Flower High School Jorhat Assam

School Name Holy Flower High School
Address Hospital Road, Teok, Jorhat,Assam Jorhat Assam 785112 India
Head/Principal Aparajita Kaushik (Ma Mphil Bed)
Status Secondary School
Phone Number 03762396786
School Type Independent
CBSE Affiliation Type Provisional
CBSE Affiliation Period 1/4/2012 To 31/3/2015
Founded In 1992
Website
Fax Number Nil
Email holyflowerschool (at) yahoo (dot) co (dot) in
Opening Date 3/16/1992 12:00:00 Am
School Trust Rkb Human Resourse Development Trust Society
School Category Co-Educational
Total Classrooms 16
Land Area Meters: 8093.7128Acres: 2Built-up Area: 3230Ground Area: 2800
Students Nursery-LKG: 0100I-V: 0200VI-VIII: 0120IX-X: 00XI-XII: N/A
Nearest Railway Station Amguri (In Kilometres: 5)
Nearest Police Station Amguriteok (In Kilometres: 4)
Nearest Bank Sbi, Teok, Adb (In Kilometres: 5)
Swimming Pool
Indoor Games
Dance Rooms
Gym
Music Rooms
Health Check-up
Hostel
Description Holy Flower High School located in Hospital Road, Teok, Jorhat,Assam is a Co-Educational Secondary School institution affiliated to the Central Board of Secondary Education (CBSE) on Provisional basis since 1992. The school has been operating officially under the trust/society Rkb Human Resourse Development Trust Society. The school is equipped with 16 class rooms and all essential facilities. If you're looking for details in admission/application forms, fees, school timings, vacations/holidays schedule or facilities provided, kindly visit the relevant department of the school.
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NOTE: The data available with us about Holy Flower High School is maintained by Central Board of Secondary Education (CBSE) at cbseaff.nic.in. We represent the same facts here in a user-friendly way.


Practise This Question

Water is filled up to a height h in a beaker of radius R. The density of water is ρ, the surface tension of water is T and the atmospheric pressure is P0. Consider a vertical section ABCD of the water column through a diameter of the beaker. The force on water on one side of the section by water on the other side of this section has magnitude: