I think 2100
I'm not sure dont blame if it's wrong
Answer: $49,305.56
Step-by-step explanation:
A(t)=a(1+r)^t (its subtraction if the thing decreases)
A(t)=amount after t time periods
t=number of time periods
a=initial amount
r=rate of growth (can’t be a percent, change by moving two decimal places)
A(t)=32000(1+0.155)^3
Total = 16 marbles
R = 4
B = 7
G = 5
a)
P(R) = 4/17
with replacing it P(B) = 7/17
so
P(R, then B) = 4/17 x 7/17 = 28/289
b)
P(R) = 4/17
no replacing, P(B) = 7/16
so
P(R, then B) = 4/17 x 6/17 = 24/289
c)
The answers to parts a and b are not the same.
Part a (28/289) with replacing, the probability to select a red then blue is higher then part b (24/289)
The GCF is 6.
Prime factors of 42 = 2,3,7Prime factors of 2430 = 2,35,5Common prime factors: 2 ,3Common prime factors with the lowest exponent: 2^1, 3^1
