Answer:
cost is $4183.87
Step-by-step explanation:
given data
time t = 5 year
amount A = $1000
rate r = 6.25 % = 0.0625
to find out
how much it will cost
solution
we will apply here formula for present value of annuity that is express as
present value = amount ×
....................1
put here all these value we get cost we will pay
present value = amount ×
present value = 1000 ×
present value = 4183.869221
so cost is $4183.87
==> 225 is 75% of 300 .
==> 225 is 25% smaller than 300 .
==> 225 is 3/4 of 300 .
==> 300 is 4/3 the size of 225 .
==> 300 is (33 and 1/3)% bigger than 225 .
==> 225 is 75 less than 300 .
==> 225 has 10 fewer factors than 300 has.
==> 300 has 2.25 times as many factors as 225 has.
==> 225 and 300 have 5 common factors.
==> The greatest common factor of 225 and 300 is 75 .
31.4/3.14=10
10/2=5
5*5*3.14= 78.5 cm square
Answer:
19
Step-by-step explanation:
If t = 7
Then 5 + 2t would be equal to
5 + (2*7)
5 + 14
19
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<span>P(t) = Po(1 - r)^t
P(t) = price after t months --> S
Po = initial price -- P
r = rate as a decimal
S = P(.9)^4
-> = 100(.9)^4
-> = 65.61
(100 - 65.61)/100
34.39/100
34%</span>
