__________ is also called moral philosophy is the discipline concerned with what is morally good and bad, right or wrong.
1 Answers
Talk Doctor Online in Bissoy App
Four bad eggs are mixed with 10 good ones. Three eggs are drawn one by one without replacement. Let X be the number of bad eggs drawn. Find the mean a
Correct Answer - `"Mean "=(6)/(4), "variance "=(30)/(49)`
2 Answers 2 views
The popular extensions of image file are __________, __________ and __________
(B) Png, (D) Jpg, (E) Gif
2 Answers 1 views
It aligns the table either to the __________, __________ or __________
(A) Left, (C) Right, (D) Center
2 Answers 1 views
Most of the operators can be divided into groups __________, __________ and __________ operators.
(C) Arithmetic, (D) Relational, (E) Logical
2 Answers 2 views
__________ is also called moral philosophy is the discipline concerned with what is morally good and bad, right or wrong.
Correct option is (A) Ethics
2 Answers 1 views
Cyberlaw is the part of the overall legal system that deals with the __________, __________, and their respective __________
(B) Internet, (C) Cyberspace, (D) Legal Issues
2 Answers 1 views
Cyber law covers a fairlybroad area, encompassings ever a lsub topics including __________, access to and __________, and __________
(A) Freedom of expression, (B) Usage of the Internet, (C) Online privacy
2 Answers 1 views
Activity such as __________ codes or __________ and breaking __________ systems for illegal reasons is called cracking.
(B) Decipher, (D) Passwords, (E) Security
2 Answers 1 views
The IT Act 2000 was amended in 2008 and 2011 and it includes rules for __________, __________, __________
(A) Cyber Cafe, (C) Cyber Security, (D) Delivery of Services
2 Answers 1 views
Consider a particle of mass \( m \) having linear momentum \( P \) at position \( r \) relative to the origin \( O \). Which of the following equations correctly relates \( r , P , L \) ? a) \( \left[\left(\frac{d L}{d t}\right)+r x\left(\frac{d P}{d t}\right)\right]=0 \) b) \( \left[\left(\frac{d L}{d t}\right)-r x\left(\frac{d P}{d t}\right)\right]=0 \) c) \( \left[\left(\frac{d L}{d t}\right) \times\left(\frac{d r}{d t}\right) \times P\right]=0 \) d) \( \left[\left(\frac{d L}{d t}\right)-\left(\frac{d r}{d t}\right) \times P\right]=0 \)
Correct answer is (b) We know that \(\tau\) = r × F ∵ \(\tau\) \(= \frac{dL}{dt},\) \(F = \frac{dP}{dt}\) \(\left(\frac{dL}{dt}\right) = r \times \left(\frac{dP}{dt}\right)\) \(\left(\frac{dL}{dt}\right) - r \times \left(\frac{dP}{dt}\right) = 0\)
2 Answers 1 views