Answer:
I belive that the answer is 8
Answer:
Continuous compounding makes .48 more
Step-by-step explanation:
Continuous Compound interest
A = Pe^(rt)
Where A is the amount in the account, P is the principal, r is the rate, t is the time
P = 1000
r = .06
t=1
A = 1000 e^(.06*1)
A =1061.84
The formula for compound interest is
A = P (1 + r/n) ^ (rt)
where A is the amount in the account , P is the principal, r is the rate, n is the number of times per year, t is the time
P = 1000
r = .06
n = 4 times per year
t=1
A = 1000 (1+.06/4) ^(4*1)
A = 1000(1.015)^4
A = 1061.36
The difference is
1061.84-1061.36 = .48
Answer:
r = 3(3k + y)/(1 - a)
Step-by-step explanation:
9k + ar = r - 3y
r - ra = 9k + 3y
r(1 - a) = 3(3k + y)
r = 3(3k + y)/(1 - a)
Answer:
<h2>a. It should look for 3 linear factors.</h2><h2>b. There are 3 dimensions.</h2><h2>c. x = 1.7</h2><h2>d. Maximum value is 12.597</h2>
Step-by-step explanation:
a.
=
=
= 
Hence the factorized form of the volume of the poly is 
3 linear factors should needed to be look for.
b.
The 3 dimensions are (x + 4), x, (x + 3).
c.
Let, f(x) = 
Now,
= 
Let
=
and
=
= 
The value will be maximum, if f1(x) = 0 and f2(x) < 0.
\\
\\ 
x = 1.69 ≅ 1.7 or x = -2.36 ≅ -2.4
Now f2(1.7) < 0.
At x = 1.7, the volume will be maximum.
d.
The maximum value is f(1.7) = 12.597(approximately)