Principal amount is $1510, so P = 1,510 dollars.
Compounding period is daily, so N = 365.
Interest rate is 12%, so r = 0.12
Time of investment is 3 years, so t = 3 years.
We can use compound interest formula as given below :-
Amount =
Hence, total amount in account would be 2,164.20 dollars.
Answer:
A. - 6
Is the common difference
see the expressions below that prove so.
Step-by-step explanation:
The sequence shows -6 to each number is same as k-6 or even n-6
we use such letters to represent 1 value. Also the reason it is a negative number is because the numbers are decreasing within the sequence.
The nth expression is the first term equation shows -6n
and the number prior to 45 is 45+6 = 51
Put together this creates our nth term = -6n + 51
The next term is where we use the common difference also.
next nth term = (27) + (- 6) = 21 and so on proves it the 5th term
5th nth term = -6 x 5 +51 = 21
100th nth term = -6 x 100 +51 = -549
Answer:
For plato, the correct option is B
Step-by-step explanation:
B. (4, -5)
Thank youuu
Answer:
35°
Step-by-step explanation:
Please see the attached picture for full solution.
(B) (x² + xy + y²)(x² - xy + y²)
(C) (x² + √2xy + y²)(x² - √2xy + y²)
(D) (x² + √3xy + y²)(x² - √3xy + y²)
(E) (x + y)²(x-y)²
Can someone explain me how to make it step by step?
Find f(g(x)).
f(g(x)) = (x2 + 3)(Square root of quantity x minus two.)
f(g(x)) = Square root of quantity x minus two divided by quantity x squared plus three.
f(g(x)) = x + 1
f(g(x)) = Square root of quantity x squared plus three.
Answer:
The correct option is 3.
Step-by-step explanation:
The given functions are
We need to find the value of f(g(x)).
.... (1)
Substitute in function f(x) to find the value of .
Substitute the value of in equation (1).
Therefore, the correct option is 3.