Answer:
Step-by-step explanation:
First, find what factor each term is multiplied by to get to the next. To do this, divide the second term by the first, the third term by the second, etc
The common factor is 4. Using that, you can now write the equation for the geometric sequence in the form of:
It looks scarier than it is. aₙ is the nth term in the sequence, x is the factor, and n is the index in the sequence, that's all it is.
Plug in the information we have to get the equation for this sequence:
Then, you can solve for the 15th term:
Basically, just raise the scale factor to the power of the term you want minus 1, then multiply that by the first number.
Yes,
“Gymnosperms and angiosperms form two kinds of spores: microspores, which give rise to male gametophytes, and megaspores, which produce female gametophytes.”
Where is the data for the graphs
Answer:
34 and 6 =40
Step-by-step explanation:
40 divided by 2=20 20-14=6 14+20=34
Answer:
Vf = Vi*(1 + 0.00247n)
Step-by-step explanation:
The interest rate can be converted from anual to monthly by the equation:
(1 + im)¹² = 1 + iy, where im is the interest rate per monthly and iy the interest rate per year:
(1 + im)¹² = 1 + 0.03
1+ im = 
1+ im = 1.00247
im = 0.00247 = 0.247%
The final amount (Vf) can be calculated knowing the initial amount (Vi):
Vf = Vi*(1 + im*n), where n is the number of monthes:
Vf = Vi*(1 + 0.00247n)
