Can someone help me with this question:
Most likely the quotient property, I believe.
hmm ok I dont know at all
"The logarithm of a product property says log2 8a = log2 8 + log2 a, and log2 8 = 3. You can use the similarity between the properties of exponents and logarithms to find the property for the logarithm of a quotient. With exponents, to multiply two numbers with the same base, you add the exponents," (montereyinstitute.org).
The \[\log_{4} \] remains the same, but the 7 and the 2 are multiplied to get 14. \[\log_{4} 14\]
yep right log properties! product rule \[\huge\rm log_b x + \log_b y = \log_b( x \times y )\] addition ----> multiplication
Exactly! @Nnesha
@Howard-Wolowitz Got it?
yes I do
actually so its A and not B
because it the product property
hmm you don't have to solve it ?? :O
my bad o^_^o
Should have understood! UGH! Really sorry
me sorry, me friends, I got it so its actually Quotient property.......many thanks amigo
BEcause its that ^
how is it quotient property ?
me confused. I thought you said you thought it was C or A... but I thought it was D
just look at the log properties
yes product
quotient rule\[\huge\rm log_b y - \log_b x = \log_b \frac{ x }{ y}\] to condense you can change subtraction to division product rule \[\huge\rm log_b x + \log_b y = \log_b( x \times y )\] addition ----> multiplication power rule \[\huge\rm log_b x^y = y \log_b x\] CHANGE OF BASE FORMULA: change of base formula \[\huge\rm log_a b = \frac{ \log b }{ \log a }\] here are log properties write it down on ur notes! you need these
ok many thanks BIG GURL .. me amigo
ill go with product
bec there is a plus sign you would convert that equation to multiplication so yes you should go with product!rule
MANY , many thanks me BIG GURLS ... I happy
He is a 45 year old civics teacher online and his real name is Gregory Notowitz
np hope you'll familiar with these when u make a new post!
ok BIG GURL
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