Answer:
So the multiplicative rate of change is increased by a factor of 5 per 1 unit increase in x.
Step-by-step explanation:
I think your function is off... but I can look at your ordered pairs.
(1,10)
(2,50)
(3,250),..
As the x increases by 1 the y is being multiply by a factor of 5 each time.
So the multiplicative rate of change is increased by a factor of 5 per 1 unit increase in x.
Answer:
Yes to both.
Step-by-step explanation:
It is true that
In fact, if you know that x/y=1, just multiply both sides by y to get x=y. On the other hand, if you know that x=y (and they are not zero), you can divide both sides by y to get x/y=1.
Since the two expressions are equivalent, you can always use Phil's or Don's expression, at will.
Answer:
What fractions? lol
Step-by-step explanation:
Log(18) - log(p+2)
because base of both logarithms is 10 that means we can merge them into one logarithm
the rule is as fallows:
log(b) - log(c) = log (b/c)
log(b) + log(c) = log(b*c)
since sign between our 2 logarithms is - that means that we need to divide
answer is:
log(18/(p+2))
