Identify all Linux codes that accessible from terminal
https://www.youtube.com/watch?v=p6VGmXlTEYs
Sunday, January 7, 2018
Resetting the root password Kali Linux
How To Change Login Password Kali Linux
https://www.youtube.com/watch?v=CLp8hHSmZHkAdding a non root user kali linux
How to add non-root user for Kali Linux
https://www.youtube.com/watch?v=V6mRcMGqMnI
Be Anonymous Hide Your Internet Activities (IP) with Tor and privoxy
Activate Tore and Privoxy
https://www.youtube.com/watch?v=AbH4P2Jh3Ao
Hide Your Activity activate SSH Kali Linux
How To activate SSH
Why SSH :- To minimize detection to victim when testinghttps://www.youtube.com/watch?v=QrmNFXmb25w
Hack anyone password Using cupp method
How to Create 100% accurate password Dictionary
https://www.youtube.com/watch?v=F-MD4A9cTSY
https://www.youtube.com/watch?v=F-MD4A9cTSY
How to Change Kali Linux Terminal Background and Font
Changing Terminal Background
https://www.youtube.com/watch?v=bYw3QrO6uYY
Wednesday, December 27, 2017
Scaffolding
Introduction
Scaffolding is a temporary frame. Usually constructed from steel or aluminium alloy tubes or coupled to provide of access of high level working areas as well as providing a safe platform which to work.
In the construction of building the wall may be raised to a height of 3000mm or more than as the building develops in the upward direction. Working platform must be provided which could be extended stage by stage to enable the craft man to reach their work with easy & to provide the means of conveying their materials. These platforms are called Scaffolding.
Scaffolding should be stocked in a safe, easily accessible place. Also Clamps, form ties...etc smaller items should be kept in the stores. In our site the main site store is responsible for the scaffolding material. Rigger are the persons who erect and dismantle the scaffolding for the site requirements.
In our site we have special trained people for assembling and dismantling the scaffolding system. If we need the scaffolding for work we should inform them early, then they will arrange the scaffolding as perfectly and we should approved that with help of safety officer after this procedure we let the workers for use that scaffolding.
Basic requirements of scaffolding
The Scaffold platform should be such materials as to be storing enough to take the weight of the workman & the material that are to be used for construction.
Materials should not fall from the working platform.
The scaffold members should be kept in correct positions.
It should not bend or more in any direction.
The Scaffold should be provided along the standards to prevent workmen slipping off or any material or tools falling down a guardrail should also be provided at about 750 – 950mm above the platform as an additional support to the workmen.
When it’s impartible to follow the legal requirements for Scaffolding, safety nets should be used.
Components of a Typical Scaffolding System
Scaffolding frame Bracing Staircase ladder
Joint pin for pipe Joint pin for frame Arm lock
Clamp (fix & free) Pipe support Safety chain
Catwalk panel Cross Brace Turn buckle
G.I. pipes Caster wheel (small & large) Extension
Safety net Jack base (flat & u type) Steel folding ladder
Saturday, December 23, 2017
Construction Site Safety
Introduction of safety
The aim of
monitoring safety on site is to avoid injuries arising from construction
activities. Generally many companies have prepared the Safety Plan. This will
be implemented in order to protect all personnel at site minimize the risk of
accidents and incidents that could result in injury. In terms of our Safety
Plan, it needs all levels of implementation and co-ordination in order to
militate against risk and assure that adequate standards safety is maintained
throughout the duration of the project. It will be a priority in all daily
activities, undertakings and endeavors to ensure the safety of workers, the
public and other persons directly or indirectly associated in this project.
This safety measures will be continuously implemented throughout the duration
of the project.
Responsibility of the officers about safety
Project Manager:
Overall
responsibility for all health and safety matters on site.
Implement
the safety Management system.
Ensure that
all line management is conversant with the relevant requirements of current
legislation and of the Safety Plan and that all managers are assigned duties
and responsibilities to assist in its effective implementation.
Appoint a
Safety Officer who shall be responsible to him.
Safety Officer:
Ensure the
safety plan is being correctly managed by Site Management and Subcontractors.
To write a
maintain reports on-site inspections, audits and accident investigation.
To develop
and maintain site safety training program.
To carry out
regular liaison with Clients and Sub-contractors on safety matters.
To advise a
promote safety and health on site by various means and in consultation with the
Site Management.
Shall where
necessary on behalf of the Project Manager to stop works, which he considers to
be creating a hazard and risk.
To organize
the safety proposals.
To keep
records on safety CV of Safety Officer attached for review.
Higher management, Adm. Officer, Engineers:
Support to
the Safety Officer and responsible for organizing works at site incompliance to
the required safety standard.
All
Personnel:
Shall take
reasonable care on their own safety as well as that of others who may be
affected by their actions or objectives at work.
Required to
corporate with the management to achieve safety standard.
Encourage to
proposed suggestions to improve health and safety at site to their immediate
supervisor or Engineer or the Safety Officer.
Safe working procedures
Safety
working procedures are written to ensure that site activities are properly
controlled and executed safety and without risk to health.
The safe
working procedures, which may be incorporated method statements shall be
prepared and submitted for approval prior to commencement of activity.
All safety
working procedures shall be clearly identified the objectives, the sequence of
operations the foreseeable hazards and risks and the precautionary and
protective measures required and be easily understood by the personnel who are
to carry out the work. Procedures are to be included the control measures to
reduce risks identified and methods of monitoring to ensure the control
measures to reduce the risks identified, methods of monitoring to ensure the
controls are applied.
Permission to Work
Where
permits to work are required for specific operations such as entry into
confined spaces, work in explosive of flammable atmosphere and special lifting
operations shall be obtained approval by the Project Manager or persons
authorized by him.
The Site
Manager shall ensure that the issue of permits to work, and the work conducted
under them is strictly controlled. Only competent person will authorize such
permits
Safety equipment
Helmet
All
workers/staff shall wear helmet at site.
Shoes
Bare foot,
Sandals and slippers are prohibited at site.
Other
Protective Wear
Safety belt
shall be worn for following works
Structural
steel erection, scaffolding erection, etc. at high place
Goggles
shall be worn for following works
Chipping, Grinding,
etc. in case small particles could be emitted.
Welding
hoods shall be worn for following works
Welding,
etc. in case harmful ray could be emitted.
Mask shall
be worn for following works
Grinding/cutting
concrete, etc. in case small particles could be emitted.
Prevention
of Accidents Due to fall
In case of
workers at heights safe scaffolding/platform shall be provided.
In case it
is physically difficult to provide safe scaffolding/ plat form for works at
heights, workers must use safety belt.
Opening
which may cause fall shall be closed, or barrier.
Work at
heights in strong wind and heavy rain is prohibited.
In case
height /depth of working platform is more than 1 .5m, safe.
Facilities
for going up and down shall be provided.
Prevention
of Fire
Burning
surplus materials within the site is prohibited.
Fire
extinguishers shall be provided at appropriate interval with indication by
signboard.
Contact Tel.
No of nearest fire station shall be displayed at site & security office.
Flammable
gas cylinder shall be kept at well-ventilated place.
First Aid
A first aid
base shall be provided at our Site Office. An adequate number of first aid
boxes shall be provided at various work locations.
Contact Tel.
No .for calling safety officer shall be displayed at site office.
The first
aid base shall be attended with a qualified first aid staff. The first aid base
shall be for the use of Contractor’s all personnel employed, Engineer staff and
Employer Contractors that needs immediate first aid treatment and other
personnel directly or indirectly concerned with the project that requires first
aid treatment.
Safety Signs
Safety Sign
boards are demonstrate at site and some pictures are attached.
Following
signs shall be provided at appropriate places according to the site situation/
progress.
Safety first No smoking
Wear Helmet Smoking
area
Watch your
head Fire extinguisher
Safety
access Dustbin
Other signs
as required
Friday, December 22, 2017
Cartesian coordinate system
How to find distance between two points
Let’s Consider A, B two point and their coordinate respectively
(x1, y1) ,(x2,
y2)
ALMN
AN = LM=|OM-OL|=| x2 -
x1|
BN = |BM-NM|
=|BM-AL|=| y2 - y1|
ANB
From Pythagoras thermo;
So using above equation can find distant
between two points
Example
If A (5, 2) ,B
(1,-1) then find distance between AB
Thursday, December 21, 2017
Metric Conversion
Metric Conversion Table
Length 1
in. =25.44mm [approximately 25mm]
1ft
= 304.8 mm [approximately 300mm]
1
yd = 0.914m [approximately 910mm]
1
mile=1.609 km [approximately 1.1 yd.]
1km
= 0.621 mile
Area 1ft^2
=0.093 m^2
1
yd^2=0.836 m^2
1
acre = 0.405 ha [ 1 ha = 10000 m^2] { ha = hectare}
1
mile^2= 2.590 〖km〗^2
1m^2 =
10.764 〖ft〗^2 = 1.196yd^2
1ha =
2.471 acres
1km^2 =0.386〖mile〗^2
Volume 1
ft^3=0.028m^3
1
yd^3 = 0.756m^3
1m^3
= 35.315ft^3=1.308yd^3
1ft^3=28.32
liters(1000 liters=1m^3)
1
gal= 4.546 liters
1
liter = 0.220 gal
Mass 1
lb = 0.454kg
1
cwt = 50.80 kg
1
ton = 1.016 t ( 1 tone = 1000 kg = 0.984 ton)
1
kg = 2.205 lb
Density 1lb/ft^3=16.019kg/m^3
1
kg/m^3=0.062 lb/〖ft〗^3
Velocity 1ft/s
= 0.305 m/s
1
mile/h = 1.609 km/h
Energy 1
therm = 105.506 MJ
1
Btu = 1.055kJ
Thermal 1
btu/ft^2h˚F = 5.678 W/m^2˚C
Conductivity
Temperature x˚F =
(5/9)(x-32) ˚C
x˚C
=(9/5)x+32˚F
0˚C=32˚F
Hacking the Hacker Learn from the Experts Who Take Down Hackers
By Roger A. Grimes
Credits
Project Editor Kelly Talbot
Production Editor Barath Kumar Rajasekaran
Copy Editor Kelly Talbot
Production Manager Kathleen Wisor
Manager of Content Development & Assembly Mary Beth Wakefield
Marketing Manager Carrie Sherrill
Professional Technology & Strategy Director Barry Pruett
Business Manager Amy Knies
Executive Editor Jim Minatel
Project Coordinator, Cover Brent Savage Proofreader Nancy Bell
Indexer Johnna VanHoose Dinse
Cover Designer Wiley
Cover Image ©CTRd/Getty Images
The intent of this book is to celebrate the world of computer security defend- ers by profiling some of the world’s best white-hat hackers, defenders, privacy protectors, teachers, and writers. It’s my hope that you’ll walk away with a greater appreciation of the behind-the-scene efforts it took to give us the fantastic world of computers we live in today. Without all the good people on our side fighting against those who would do us harm, computers, the Internet, and everything connected to them would not be possible. This book is a celebration of the defenders.
Click below link to get book:-
Wednesday, December 20, 2017
Types Of Aggregate
Their four main types of aggregate available :-
1.) Heavy weight Aggregate
2.) Normal Aggregate
3.) Light weight Aggregate
4.) Special aggregate
1.) Heavy weight Aggregate :-
-Density is very high occupier with normal aggregate ( 4000 to 8500 kg/m3 )
USAGE
-It is giving necessary protection against ex-rays, gamma rays neutron and weight footing sub-mage pipe line etc..
- It is frequently difficult with heavy weight aggregate to obtained a mixed which is both workable and pron to sagrigation
4.) Special aggregate
Environmental consideration increasingly effecting the supply of aggregate their are strong objection opening of pits as well as Cory's
- as a same time their are problems with this goes a lot construction demolition rate and dumping of domestic waist
their for both types of waist can be processed in to aggregates for using concrete and this is increasingly being done in number of waist countries
-recycle aggregate are expected to using future.
TECHNICAL REPORT ON MECHANICAL ENGINEERING 03
vocational training report on mechanical engineering
REPORT ON TRAINING
On completion of each period of training , the trainee should prepare a report on his/her training which should be submitted to the training evaluation panel.
Example training report For :-
How to store aggregate properly
Storage of Aggregate
- Aggregate should be stored saw that its self-draining and saw that it doesn’t become contaminated with other materials
- If a clean hard base stock of pile are not immediately available then the layer of less concrete should be placed in order to take water away from the stock pile
- Water away from the stock pile
- It should be away from the mixture
- It should be as longer as possible as this helps to ensure uniformity of moisture content
- Delivery should be allow to standing the stock piles for 12hr before use
- Avoid the aggregate in the lower part of the stock pile. sins dirt and water from the higher layers can accumulate there
- When its store different size partials should be stored separately
Tuesday, December 19, 2017
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Identify all Linux codes that accessible from terminal https://www.youtube.com/watch?v=p6VGmXlTEYs
