Breaking down the requirements into use-cases and unit test
plans before starting the design ....
if into product development / long term development -
automate these use cases and unit tests into regression
tests ... otherwise, just have a check-list document in
every phase of code-delivery, before sending it to testing
for the QA teams ....
Business Analyst/Requirement Engineer.
THIS CHANGES YOU FIND ONCE YOU DO THE GAP ANALYSIS, THEN
TLAK TO CUSTOMER AND CHNAGE OR GIVE PROCESS PATH TO ACHIVE
Fill 5 quart pail and transfer to 3 quart pail. you are
left with 2 quart of water in 5 quart pail.Then remove
water from 3 quart pail and transfer that 2 quart of water
to 3 quart pail. Refill 5 quart pail again and transfer 1
quart of water to already 2 quart filled 3 quart pail. you
are left with 4 quarts of water in 5 quart pail.
It depends on the density of the briefcase.
While the briefcase is in the boat, it will displace it's
weight in water.
If the briefcase floats after you toss it out, then it still
displaces its weight in water, and there is no change.
However, if the briefcase is heavier than water it will
displace its volume, not its weight. The amount of displaced
water will be less (which is why it sank) and the water
level will decrease.
Just once because after you opened it you can just turn
The probability is 25% because there are 3 ants all with
two possible paths and 8 total possible outcomes. But
there are two possible outcomes that the ants don't
collide. Either they move one way or the other. 2/8 = 25%.
It is like this:
Rule:-Difference b/w every hour is 30 degrees.
and every hour is divided in 5 parts.
at 3:15 the angle will be: 30/5=6.
a transliteration keyboard for indic languages
Well, if you know the thrust of the engines, and can
measure the acceleration of the aircraft, you can calculate
the mass of the plane.
The metal on the lid of the can is significantly thicker
than the metal on the sides. This means that a great deal
of raw materials can be saved by decreasing the diameter of
the lid, without significantly decreasing the structural
integrity or capacity of the can. This results in savings
of about 15% versus a non-tapered can.
Simple. Hotel has customers and a customer will never wait
for things. They have to be ready to him handy. Thats why
they have a overhead tank with water heating 24*7.
Where as in home its all our schedule and we can do the way
what ever we like (:) you can't blame anybody)
Ofcourse these days getting 24*7 hot water is a quite
common in home's too..
Todd is having $1 and Mike is having $20
Each one of them should give 1$ each , so in total they can
15. Suppose There are four dogs, each at the counter of a large square. Each of the dogs begins chasing the dog clockwise from it. All of the dogs run at the same speed. All continously adjust their direction so that they are always heading straight towards their clockwise neighbor. How long does it take for the dogs to catch each other? Where does this happen? (Hint: Dogs are moving in a symmetrical fashion, not along the edges of the square?
they should meet at the center of the square.
there path converges towords the center.
In Royce's original waterfall model, the following phases
are followed in order:
1. Requirements specification
3. Construction (AKA implementation or coding)
5. Testing and debugging (AKA validation)
A) BusinessObjects itself does not build any OLAP cubes.
SAP BW does.
B) BusinessObjects can access Non-SAP data sources.
C) SAP's cash-cow used to be ERP, BusinessObjects is all
about reporting/BI and not about providing ERP or CRM
D) BusinessObjects provides far better reporting and
analysis than SAP did.
E) SAP wants to be the market leader in the BI sector, so
it bought one of the BI leaders: BusinessObjects.
Requirement documents are base line for further design and development so it requirement must be documented in form of SRS by the approval of all stakeholders so changes can be make after start without any ambiguity.
6+4+8+1=19 which is not divisible by 9 so the nos created
from them are not divisible by 9.
so the ans is "ZERO"
The measure of one vertex angle of a regular polygon is given by:
where n is the number of sides of the regular polygon...and, of course, it goes without saying, that n must be an integer >2(i.e, 3, 4, 5, 6, ...).
If the measure of one vertex angle of a regular polygon is 40 degrees, then we can write:
Simplify and solve for n.
Multiply both sides by n.
Add 360 to both sides.
Subtract 40n from both sides.
Divide both sides by 140.
This is not possible since a regular polygon must have an integral numer of sides.
There is no regular polygon whose vertex angle is 40 degrees