UGC NET Questions (Paper – 1)

Privacy policies describe the types of personal information gathered by a website, the purposes for which it is used and how it is stored or shared. They are important for transparency and legal compliance with data protection regulations. Users can make informed choices about using a service by reading these policies. Thus, the statements mentioned in the stem are privacy policies.

Option A:
Option A, accessibility, policies focus on ensuring that web content is usable by people with disabilities and do not primarily describe data handling.

Option B:
Option B is correct because nearly all reputable websites label their data-handling statements as privacy policies, aligning with the focus on collection, use and protection of user information.

Option C:
Option C, attendance, policy would relate to presence in classes or workplaces and has little to do with web data.

Option D:
Option D, plagiarism, policies govern academic honesty and citation practices but not user data on websites.

Confidentiality means that researchers keep participants’ data secure and do not disclose information in a manner that would allow others to identify individual participants. This may involve using codes, storing data securely and reporting findings in aggregated form. It is a core ethical obligation in research involving human subjects. Because the stem describes the assurance that information will not be disclosed in a way that reveals identity, confidentiality is the correct term.

Option A:
Anonymity goes a step further by ensuring that even researchers cannot link responses to individuals, whereas confidentiality allows researchers to know identities but restricts disclosure. The stem focuses on assurance about disclosure to others, not on whether the researcher can link data, so anonymity is not the best answer.

Option B:
Debriefing is the process of explaining the true nature of a study to participants after it has concluded, particularly when deception was used. It does not pertain directly to protecting identifiable information in reports or records, so debriefing does not match the description in the question.

Option C:
Confidentiality requires clear procedures for who can access raw data, how long it will be stored and how it will be destroyed. These practices ensure that personal information is not exposed unnecessarily, aligning closely with the ethical assurance mentioned in the stem.

Option D:
Plagiarism concerns using others’ work without acknowledgment and is a violation of academic integrity, but it is unrelated to safeguarding participant identities. Thus, plagiarism is not the appropriate completion here.

Statements A, C and D are correct, whereas B is incorrect. A is true because social media groups can host links, documents and reminders that extend learning outside class time. C is true since guidance on respectful and safe communication is essential for productive online interaction. D is true because issues like privacy settings and data collection must be considered to protect learners. B is false because social media content is not automatically reliable; information quality varies and requires critical evaluation.

Option A:
Option A correctly groups A, C and D, emphasising resource sharing, etiquette guidance and privacy considerations while leaving out the unrealistic claim in B. It reflects a balanced view of social media in academic communication. Therefore A, C and D only is the correct answer.

Option B:
Option B lists A and C only and omits D, forgetting that privacy and data protection are crucial ethical and legal concerns. Although A and C are correct, excluding D makes the answer incomplete. Hence A and C only cannot be accepted.

Option C:
Option C includes C and D only and leaves out A, thereby ignoring the practical use of social media for sharing academic materials. Since A is also correct, C and D only does not represent the complete set of accurate statements. This option is therefore not valid.

Option D:
Option D treats all four statements as correct, but B wrongly asserts that social media automatically ensures high-quality information. Including B with the correct statements mixes truth with error, so A, B, C and D cannot be chosen.

Confidentiality means that researchers safeguard the privacy of participants by ensuring that identifiable information is not revealed to unauthorised persons or reported in a way that could expose individual identities. Data may be stored securely, and results are often presented in aggregate form or with pseudonyms to protect participants. Upholding confidentiality builds trust and encourages honest responses, which are crucial for the integrity of research. Because the stem focuses on preventing disclosure of information that reveals identity, it is referring to the principle of confidentiality.

Option A:
Beneficence is the ethical principle that researchers should maximise possible benefits and minimise potential harms to participants. While maintaining confidentiality can contribute to beneficence, the term itself is broader and does not specifically denote privacy protection. Since the question emphasises non-disclosure of identifiable information, beneficence is not the most accurate completion.

Option B:
Confidentiality requires researchers to design data handling procedures that control who has access to raw data, how long data are kept and how they are destroyed. Participants are often informed about these protections during the consent process. This focus on privacy and non-disclosure of identifying details matches exactly the situation described in the stem, making confidentiality the correct answer.

Option C:
Deception involves intentionally withholding important information from participants or giving them false information about some aspect of the study, typically to prevent bias in behaviour. While some studies may use deception under strict ethical safeguards, it is the opposite of transparency and does not protect identities. Therefore, deception cannot be the appropriate term for the principle described.

Option D:
Randomisation is a methodological technique for assigning participants to groups in an unbiased manner, commonly used in experimental designs to control confounding variables. It is not an ethical principle about protecting the privacy of participant information. As such, randomisation does not fit the context of the stem.

Data can be lost due to hardware failure, theft, accidental deletion or malware. A robust backup strategy follows the principle of redundancy by keeping copies in different physical or logical locations. External drives and encrypted cloud storage provide alternatives if the main device fails. Regularly updating these backups ensures that recent work is preserved. Hence, this practice is most reliable.

Option A:
Relying on a single laptop without backups is risky because a single incident can wipe out all work. Academic research often represents months or years of effort, so such vulnerability is unacceptable.

Option B:
A USB drive is convenient but can be lost, damaged or corrupted. Using it as the only storage medium gives a false sense of security and still violates the redundancy principle.

Option C:
This option correctly combines periodic copying with diversification of storage media. It acknowledges that backups must be systematic rather than occasional, and that both local and remote options strengthen resilience.

Option D:
Paper printouts may be useful for reading but do not preserve dynamic aspects like code, databases or multimedia. They also make restoration time-consuming and error-prone, and they cannot be easily updated.

Confidentiality means that information provided by participants is kept secure and is not revealed in a way that would allow individuals to be identified without their permission. Researchers may use codes instead of names and limit access to raw data. This obligation builds trust and protects participants from potential harm resulting from disclosure. Thus, the duty described in the stem is called confidentiality.

Option A:
Anonymity means that even the researcher cannot link data to specific individuals, which is stronger than confidentiality but not always feasible in every study. The stem focuses on the obligation to keep identities private, which more generally describes confidentiality.

Option B:
Confidentiality requires researchers to store data safely, restrict access and report findings in aggregate or masked form. It assures participants that their personal information will not be misused, which fits the idea of not disclosing identities and makes this option correct.

Option C:
Deception involves deliberately withholding or misrepresenting information during a study, which is sometimes used but must be justified and followed by debriefing; it is not about protecting privacy.

Option D:
Replication refers to repeating a study to see whether its results are consistent and has nothing to do with how participants’ data are kept private, so it is not appropriate here.

Encryption transforms plaintext into ciphertext using algorithms and secret keys, protecting information from unauthorised access during storage or transmission. It is fundamental to secure communication over networks. Only those with the correct key can restore the original data. Therefore, the security process described is encryption.

Option A:
Option A is correct because encryption is defined as the process of encoding data to maintain confidentiality and integrity.

Option B:
Option B, decryption, is the reverse process that converts ciphertext back to plaintext and does not match the direction described.

Option C:
Option C, compression, reduces file size but does not by itself secure data.

Option D:
Option D, routing, directs network packets to their destination and is unrelated to transforming data for secrecy.

Statements A, B, D, E and F present a realistic view of BYOD and associated security measures, while C is plainly wrong. BYOD policies permit personal devices but require network segmentation, device tracking, awareness programmes and data protection rules. Allowing unmanaged devices does not remove security issues;it generally increases them. Hence C must be excluded, and the correct combination includes all other statements.

Option A:
Option A is correct because it combines all true statements into one coherent policy picture. It recognises the need for technical controls, behavioural guidance and data governance when personal devices connect to institutional systems. This option therefore reflects recommended practice.

Option B:
Option B is incorrect because it omits E and F, ignoring security awareness and data protection language. Although A, B and D are true, they do not cover the full range of responsibilities associated with BYOD. That makes this set incomplete.

Option C:
Option C is incorrect because it excludes A, which defines BYOD in terms of using personal devices on institutional networks. B, D, E and F are true, but omitting A removes the basic contextual statement needed to understand the policy domain.

Option D:
Option D is incorrect because it omits B and so fails to mention network segmentation as a key technical safeguard. A, D, E and F are helpful, but without B, the network design implication of BYOD is understated.

Statement C is the only wrong statement because symmetric-key encryption requires the same secret key at both ends, not different keys. A rightly states that encryption transforms plaintext into ciphertext using an algorithm and key, B is correct about protecting confidentiality in transit, and D reflects the use of encryption in secure web protocols such as those used for online payments. Therefore the combination that selects only C as wrong is the correct answer.

Option A:
Option A is incorrect because it treats both B and C as wrong. B accurately describes the role of encryption in protecting confidentiality during transmission, so grouping it with the false statement C misidentifies a true property as wrong. This option therefore overstates the set of wrong statements.

Option B:
Option B is correct as it isolates C, which mischaracterises symmetric-key encryption as using different keys. By recognising that A, B and D are standard descriptions of encryption and that only C is false, this option precisely matches the requirement to select the wrong statement(s).

Option C:
Option C is incorrect because it considers A and C together as wrong. A is a fundamental definition of encryption, so including it among wrong statements contradicts basic ICT knowledge. Mixing one false statement with one true statement makes this combination invalid.

Option D:
Option D is incorrect because it treats C and D as wrong even though D correctly notes that secure web protocols rely on encryption. Since only C is wrong, adding D expands the set of wrong statements beyond what the question requires.