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GO Classes Test Series 2023 | Calculus | Test 1 | Question: 20
Which of the following expression evaluates to given integral $ \int \frac{\ln (\ln x)}{x \ln x} d x $ $\dfrac{\ln x}{x}+C$ $\frac{1}{2}(\ln \ln x)^{2}+C$ $(\ln x)^{2}+C$ $(\ln \ln x)+C$
Which of the following expression evaluates to given integral$$\int \frac{\ln (\ln x)}{x \ln x} d x$$$\dfrac{\ln x}{x}+C$$\frac{1}{2}(\ln \ln x)^{2}+C$$(\ln x)^{2}+C$$(\l...
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GATE CSE 1993 | Question: 8.2
The proposition $p \wedge (\sim p \vee q)$ is: a tautology logically equivalent to $p \wedge q$ logically equivalent to $p \vee q$ a contradiction none of the above
The proposition $p \wedge (\sim p \vee q)$ is:a tautologylogically equivalent to $p \wedge q$logically equivalent to $p \vee q$a contradictionnone of the above
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GATE CSE 1989 | Question: 3-v
Which of the following well-formed formulas are equivalent? $P \rightarrow Q$ $\neg Q \rightarrow \neg P$ $\neg P \vee Q$ $\neg Q \rightarrow P$
Which of the following well-formed formulas are equivalent?$P \rightarrow Q$$\neg Q \rightarrow \neg P$$\neg P \vee Q$$\neg Q \rightarrow P$
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GATE CSE 1987 | Question: 10e
Show that the conclusion $(r \to q)$ follows from the premises$:p, (p \to q) \vee (p \wedge (r \to q))$
Show that the conclusion $(r \to q)$ follows from the premises$:p, (p \to q) \vee (p \wedge (r \to q))$
1 answer
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Made Easy Test Series
p ->(q->r). Could you please tell me how it is a tautology?
p ->(q->r). Could you please tell me how it is a tautology?
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NPTEL Assignment Question
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Testbook Test Series
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ZEAL TEST
Isn’t the “No of independent rows”= RAnk of matrix?
Isn’t the “No of independent rows”= RAnk of matrix?
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DRDO CSE 2022 Paper 1 | Question: 3
With no unique solution, solve for $n$ with the following system of equations $\begin{array}{r} a+b+2 c=3 \\ a+2 b+3 c=4 \\ a+4 b+n c=6 \end{array}$
With no unique solution, solve for $n$ with the following system of equations$$\begin{array}{r}a+b+2 c=3 \\a+2 b+3 c=4 \\a+4 b+n c=6\end{array}$$
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# propositional logic
Why “This statement is true” is proposition while “This statement is false” is liar paradox? Aren’t both statements supposed to be liar paradox ?
Why“This statement is true” is proposition while “This statement is false” is liar paradox?Aren’t both statements supposed to be liar paradox ?
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#predicate-logic
Why "Birds can't fly" and "Every bird can't fly" are not same?
Why "Birds can't fly" and "Every bird can't fly" are not same?
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Capgemini Mock Test 2023
int sum(int A[], int n) { int sum = 0, i; for(i = 0; i< n; i++) sum = sum + A[i]; return sum; } What is the space complexity? Select one: a. 2n + 8 b. 2n + 16 c. n^2 d. n + 8 What is the space complexity?
int sum(int A[], int n) { int sum = 0, i; for(i = 0; i< n; i++) sum = sum + A[i]; return sum; } What is the space complexity? Select one: a. 2n + 8 b. 2n + 16 c. n^2 d. n...