The answer:
the main rules of the use of logarithm are
loga[a] = 1
loga[AxB] =loga[A] +loga[B] for all value positive of A and B
loga[A/B] = loga[A] - loga[B] for all value positive of A and B
in our case, <span>log8 4a (b-4/c4)
so it is equivalent to </span>log8 4a + <span>log8(b-4/c4)
and since </span>loga[A/B] = loga[A] l - oga[B] , log8(b-4/c4) =log8(b-4) - log8(c4)
the possible expression:
log8 4a (b-4/c4) = log8 4a + log8(b-4) - log8(c4)
Answer:
for second and third letters, we again have 26 combinations available and thus 26×26×26=17576 combinations for letters. But digits are from 0 to 9 i.e. 10 combinations for each place and tolal 10×10=100 combinations. Hence for LLLDD , we have 1,757,600 combinations available for license plates.
Step-by-step explanation:
Answer:
f (0) = 0
Step-by-step explanation:
As <em>Domain = {all whole numbers}
</em>
Range is <em>R = {0, 1, 2, 3, 4, 5, 6, 7, 8, 9}
</em>
then f (0) = 0 which is its largest place value digit.
In poetry, a quatrain has four lines. A quatrain is a poem or type of stanza.
The simplified firm of the ratio 0.40 to 0.60 is 2 : 3
<h3>Ratio</h3>
0.40 : 0.60
= 0.40 / 0.60
divide both numerator and denominator by 0.20
= 2 / 3
= 2 : 3
Therefore, the simplified form of the ratio 0.40 to 0.60 is 2 : 3
Learn more about ratio:
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