Answer:
The constant factor between consecutive terms of a geometric sequence is called the common ratio.
Example:
To find the common ratio , find the ratio between a term and the term preceding it. r=42=2. 2 is the common ratio.
Answer:
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Josiah Rowell
Step-by-step explanation:
Answer:
The answer is $2750. Which is the difference in the amount of interest Emma would have to pay for these two loans
Step-by-step explanation:
Interest=( P× r × t)/100
60 months is converted to 5years(60/12=5)
Interest= (25000 × 5 × 5) /100
= $6250
72months is converted to 6 years(72/12=6 Years)
Interest=( P× r × t)/100
= (25000 × 6 × 6)/100
=$ 9000
The difference in the interest= $9000- $6250
= $ 2750
The last terms must multiply to the last terms (confusing)
example
if ax^3+bx^2+c+d=(ex+f)(gx+h)(jx+k) then
d=fhk
so
70 is last term
we got 2 and 5
2*5*?=70
10*?=70
divide by 10
?=7
the missing number is 7
Answer:
<em>Y = -4/3</em>
Step-by-step explanation:
Subtract 1 from -1/3.
Y = -1/3 - 1
Y = -1/3 - 3/3
Y = -4/3
