Answer:
a. Quotient property of logarithms, P = log[(d + 1)/d]
b. log2 = 0.301
Step-by-step explanation:
a. State with property you would use to rewrite the expression as a single logarithm.
I would use the Quotient property of logarithms, which states that
logA - logB = log(A/B)
So, P = log(d+1) - log(d) = log[(d + 1)/d]
b. What is the probability that the number 1 is the leading digit
Since d = 1,
P = log[(d + 1)/d]
= log[(1 + 1)/1]
= log(2/1)
= log2
= 0.301
Answer:
For 8 - 11
8. WX = 16
9. RW = 32
10 WZ = 15
11. QZ = 45
For 12 - 15
12. BD = 7
13. HB = 14
14. CB = 9
15. CK = 27
Step-by-step explanation:
look at the pictures
The midline would be horizontal.
The top of the line is at 12, the bottom is at 6
The midline would be at 9
The answer is b.9
The operation one: to divide how many chips were eaten by a minute
do the math: 35.5 chips/ 15 minutes=2.3666... chips/min (chips per minute)
circle B since that's your final answer. (i rounded 2.3666... by the nearest thousandth and got 2.37)
*my bad i had to edit