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When was Ve Neill born?
Ve Neill was born in 1951, in Riverside, California, USA.
When was Ve Handojo born?
Ve Handojo was born on April 11, 1975, in Jakarta, Indonesia.
What is Enka İnşaat ve Sanayi A.Ş.'s population?
Enka İnşaat ve Sanayi A.Ş.'s population is 29,738.
What has the author Lampros Ve ssar Kasseloure s written?
Lampros Ve ssar Kasseloure s has written: 'Te s leute rias oi athanatoi'
Who did Aphrodite desire?
from what i' ve read it' s probably Ares
If mother is b positive and the father is O Positivecan the child be A positive or negative?
if the mother is B +ve and the father is O +veTHEN THE CHILDREN S MAY BEO+ve or B+ve( may be the child become O-ve or B-ve ..if there is no Rh factor in the blood of the child )hence never the child has A+ve blood group ............if there is any mutations are occured in the gene of the child,,,, the child may have A +ve or A-ve blood group
Is A1-ve a rare blood group?
S. Very rare
A good signature if your boyfriend cheated?
S[he]Be[lie]ve[d].
When does Cleopatra born and die?
56 bc 46 ve
What girl band sang the 1990's ce la ve?
bewitched
Write a note on functional dependencies with examples?
Some P oints to Note on Functional Dependencies, Minimal Co ve rs, and 3NF/BCNF decompositions •T ri vial functional dependenc yv s. non-tri vial functional dependenc y Af unctional dependenc yX → Yi st ri vial if Y ,t he right hand side of the fd, is a subset of X. Fo re xample, the functional dependenc y" (S#, P#) → S#" is tri vial because the set {S#} (for the R.H.S. of the fd) is a subset of (S#, P#} (for the L.H.S. of the fd). On the other hand, the functional dependenc y" (S#, P#) → S#, Qty" is NON-tri vial because the set {S#, Qty} is NO Tas ubset of the attrib ute set {S#, P#}. •C an we remo ve a ttrib utes common to the L.H.S. and R.H.S. of a functional depen- denc y? NO, in general, we can NO Td ot hat - namely ,i fw eh av e "(X, Y) → X, Z", we can NO Ts imply remo ve t he attrib ute "X" common to both the L.H.S. and R.H.S. of the fd, and obtain "Y → Z". Fo re xample, we may ha ve " (S#, P#) → Qty" and thus "(S#, P#) → S#, Qty" (by augmentation rule). Ho we ve r, f rom "(S#, P#) → S#, Qty", we can NO Td eri ve " P# → Qty". •W hich functional dependenc yt or emo ve ? Suppose we ha ve a r elation R(ABC) with functional dependencies F = {A → B, B → C, A → C}. W ec an see that "A → C" can be deri ve df rom "A → B" and "B → C". Here we should remo ve " A → C" when we construct minimal co ve rf or F , since "A → C" can be deri ve df rom the remaining functional dependencies. If we remo ve d" A → B" or "B → C" instead of remo ving "A → C", we w ould not be able to re-deri ve t he remo ve do ne from the remaining fd' s. So the idea is to remo ve t he fd' sw hich are deri va ble from the others, and k eep those fd' su sed in the process of deri va tion.
If father is A1 ve and mother O ve what are the possible blood groups does their child will have?
A+ve A1+ve O+ve
