- For most computer languages, the name of the file that holds the source code to a program is immaterial
- However, in Java the name given to a source file is very important
- The Java compiler requires that a source file uses the .java filename extension
- Only file.java follow the properties in the given options
- In Java, a source file is officially called a compilation unit; It is a text file that contains one or more class definitions
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In which year the "Immoral Traffic (Prevention) Act" was enacted?
The correct answer is In 1956.
- In 1956 the "Immoral Traffic (Prevention) Act" was enacted.
Key Points
- Immoral Traffic (Prevention) Act
- This Act may be called the Immoral Traffic (Prevention) Act, 1956.
- It extends to the whole of India.
Additional Information
- Immoral Traffic (Prevention) Act
- In pursuance of the International Convention signed by India in 1950 pertaining to the Prevention of Immoral Trafficking, a comprehensive Act called Immoral Traffic (Prevention) Act was enacted in 1956.
- It makes the sexual exploitation of male and female a cognizable offence.
Match the items in List I with List II and select the correct answer using the codes given below:
| List I | List II |
|
A. CFC |
I. Bhopal Gas Tragedy |
|
B. CO2 |
II. Global Warming |
|
C. BOD |
III. Ozone depletion |
|
D. MIC |
IV. Water Pollution |
Key Points
|
Element |
Description |
|
CFC |
|
|
CO2 |
|
|
BOD |
|
|
MIC |
|
Thus, the correct match is A (III), B (II), C (IV), D (I)
| List I | List II |
|
A. CFC |
III. Ozone depletion |
|
B. CO2 |
II. Global Warming |
|
C. BOD |
IV. Water Pollution |
|
D. MIC |
I. Bhopal Gas Tragedy |
Concept:
- Six Sigma is a statistical term used to measure the number of defects that processes create.
- The term implies high-quality performance because a process performing at a Six Sigma level allows only 3.4 defects per one million opportunities.
Different sigma levels of quality would lead to the following number of defects.
- Three Sigma quality – This level of performance produces a defect-free product 93.32% of the time. 770 applications would be processed incorrectly and would require rework every day.
- Four Sigma quality – This level of performance yields a defect-free product 99.349% of the time. With four sigma quality, 73 applications would need to be corrected every day.
- Five Sigma quality – Five Sigma performance produces defect-free products and services 99.977% of the time. Every week the bank would need to correct 13 application errors.
- Six Sigma quality – Six Sigma performance produces a defect-free product 99.99966% of the time; allowing only 3.4 errors per one million opportunities. 10 applications would need to be corrected during the entire year.
Important Points:
Four sigma and six sigma levels of performance both have an error free rate over 99% of the time. However, the large volume of applications in this example makes all of the difference. With numbers this big, it turned out that the four-sigma process made 18,710 more errors than the six sigma process.
In the following question below are given some statements followed by some conclusions based on those statements. Taking the given statements to be true even if they seem to be at variance from commonly known facts. Read all the conclusions and then decide which of the given conclusion logically follows the given statements.
Statements:
I. All bad are good.
II. Some good are nice.
III. Some nice are poor
IV. All poor are rich.
Conclusions:
I. Some nice are rich.
II. Some bad are nice.
III. All poor are nice.
Least possible diagram is:

I. Some nice are rich → True
II. Some bad are nice → False (Possible but not definite)
III. All poor are nice → False (Possible but not definite)
Hence, only conclusion I follow.The correct answer is Displacement.
Key Points
- Displacement
- When a body moves from one position to another, the shortest distance between the initial position and final position of the body along with direction is known as Displacement.
- Its SI unit is a meter.
- It is a vector quantity.
- Displacement of the object can be positive, negative, zero.
- Displacement of the object can never be greater than the distance traveled by it.
- When there is no change in an initial position and final position even after covering some path, then it is considered zero displacements.
Additional Information
- Distance
- It is the actual path covered by a moving body irrespective of the direction in which the body travels.
- Its SI unit is a meter.
- It is a scalar quantity.
- An odometer is used to measure the distance traveled by the vehicle.
- Speed
- The time rate of change of position of the object in any direction is called the speed of the object.
- It is a scalar quantity.
- Its SI unit is m/s.
- Speed= Distance travelled/Time taken
- Frequency
- It tells us how frequently an event occurs.
- The number of complete waves produced in one second is called the frequency of the waves.
- Hertz is the SI unit of Frequency. It is named in the honor of Rudolf Hertz.
- 1 Hertz= 1 vibration per second.