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#71 ll ANOVA | Three-Way Classification (Problem) | Analysis of Variance in a LSD
16:32
#71 ll ANOVA | Three-Way Classification (Problem) | Analysis of Variance in a LSD
#70 ll ANOVA | Two-Way Classification (Problem) | Analysis of Variance in a RBD
17:11
#70 ll ANOVA | Two-Way Classification (Problem) | Analysis of Variance in a RBD
#69 ll ANOVA | One-Way Classification (Problem) | Analysis of Variance in a CRD
11:32
#69 ll ANOVA | One-Way Classification (Problem) | Analysis of Variance in a CRD
#68 ll One-Way Classification in a Completely Randomized Design
5:22
#68 ll One-Way Classification in a Completely Randomized Design
#67 || A Classification of One-Way ANOVA and Two-Way ANOVA
10:59
#67 || A Classification of One-Way ANOVA and Two-Way ANOVA
#66 || Analysis of Variance (ANOVA)
3:06
#66 || Analysis of Variance (ANOVA)
#65 ll Find the MGF, Mean and Variance of Uniform Distribution
12:14
#65 ll Find the MGF, Mean and Variance of Uniform Distribution
#64 ll Find the MGF, Mean and Variance of Exponential Distribution
13:35
#64 ll Find the MGF, Mean and Variance of Exponential Distribution
#63 ll Exponential Distribution & It's MGF, Mean, Variance & Standard Deviation
1:35
#63 ll Exponential Distribution & It's MGF, Mean, Variance & Standard Deviation
#62 ll Uniform Distribution & It's MGF, Mean & Variance
1:32
#62 ll Uniform Distribution & It's MGF, Mean & Variance
#61 ll Modeling Bridge Damage With Binomial Distribution
5:55
#61 ll Modeling Bridge Damage With Binomial Distribution
#60 ll Find MGF, Mean and Variance of Poisson Distribution
13:13
#60 ll Find MGF, Mean and Variance of Poisson Distribution
#59 ll Find Moments Generating Function, Mean & Variance of Binomial Distribution.
13:38
#59 ll Find Moments Generating Function, Mean & Variance of Binomial Distribution.
#58 ll Poisson Distribution & It's MGF, Mean & Variance
2:15
#58 ll Poisson Distribution & It's MGF, Mean & Variance
#57 ll Cause and Effect Expressions
3:44
#57 ll Cause and Effect Expressions
#56 ll Outline of the letter writing format
3:21
#56 ll Outline of the letter writing format
#55 ll Compound Nouns
4:39
#55 ll Compound Nouns
#54 ll MGF, Mean, Variance and Standard Deviation of Binomial distribution
0:59
#54 ll MGF, Mean, Variance and Standard Deviation of Binomial distribution
#53 ll What is Binomial distribution?
1:27
#53 ll What is Binomial distribution?
#52 ll What is self regulations?
3:42
#52 ll What is self regulations?
#51 ll Draw the Hasse diagram of (D_30, /).
9:13
#51 ll Draw the Hasse diagram of (D_30, /).
#50 ll Hasse Diagram in Discrete Mathematics
1:20
#50 ll Hasse Diagram in Discrete Mathematics
#49 ll If (L,*,+) is distributive lattice, then (a+b)*(b+c)*(c+a)=(a*b)+(b*c)+(c*a) for all a,b,cЄL.
4:21
#49 ll If (L,*,+) is distributive lattice, then (a+b)*(b+c)*(c+a)=(a*b)+(b*c)+(c*a) for all a,b,cЄL.
#48 ll If for any a, b, c Є L, a . b = a . c and a + b = a + c then b = c.
5:27
#48 ll If for any a, b, c Є L, a . b = a . c and a + b = a + c then b = c.
#47 ll Find PCNF & hence PDNF of (~P conditional R) and ( Q bi conditional P ).
16:20
#47 ll Find PCNF & hence PDNF of (~P conditional R) and ( Q bi conditional P ).
#46 ll Obtain PCNF and hence PDNF of P v [~P conditional (Q v (~Q conditional R))]
13:18
#46 ll Obtain PCNF and hence PDNF of P v [~P conditional (Q v (~Q conditional R))]
#45 ll Procedure to find Principle Conjunctive Normal Form (PCNF)
2:04
#45 ll Procedure to find Principle Conjunctive Normal Form (PCNF)
#44 ll Procedure to obtain Principle Disjunctive Normal Form (PDNF)
1:56
#44 ll Procedure to obtain Principle Disjunctive Normal Form (PDNF)
#43 ll Procedure to find Conjunctive Normal Form (CNF)
1:07
#43 ll Procedure to find Conjunctive Normal Form (CNF)
#42 ll Procedure to obtain Disjunctive Normal Form (DNF)
1:05
#42 ll Procedure to obtain Disjunctive Normal Form (DNF)