Given:
Comprehensive deductible - 375
Collision deductible - 550
Premium for 4 months = 625
Body shop estimate on car damages - 650
Valerie's accident will fall under the collision insurance. Collision includes crashing into other cars or stationary objects. In this case, Valerie collided into a dumpster.
The damage of 650 will be paid by Valeria and ABC Insurance. Valerie will pay 550, the equivalent of her collision deductible, and ABC Insurance will pay for the remaining 100.
Answer:
E. 120
Step-by-step explanation:
A. 40
B. 72
C. 80
D. 100
E. 120
Let
x = the intended distance
y = length of the pool
She covers one fifth of her intended distance
Distance covered = 1/5 of x
= x/5
After swimming six more lengths of the pool she had covered one quarter of her intended distance
x/5 + 6y = 1/4 of x
x/5 + 6y = x/4
Collect like terms
6y = x/4 - x/5
6y = 5x - 4x/20
6y = x/20
x = 20 * 6y
= 120y
x = 120y
The intended distance Rebecca wants to cover = 120
Answer:
1, 2, and 3
Step-by-step explanation:
4n < 16
simplify
n < 4
the only options less than 4 are 1, 2, and 3
Answer:
Step-by-step explanation:
Given that a grocery supplier believes that the mean number of broken eggs per dozen is 0.8 with a standard deviation of 0.6.
Here we assume the cartons of eggs are independent
a) Mean value of eggs in 8 dozens = 8 Expected value in 1 dozen
b) Var (8x) (Here 8 dozens)
(assuming independent)
Otherwise we have Var(x1+x2+x3+...)=sum of var of xis + cov (xi,xj)
Thus we have to assume independent to avoid covariance
So Var(8x)=64 Var(x)
STd dev for 8 dozens = 8(0,6) = 4.8
c) To avoid covariance i.e. variance among pairs of dozens we assume independence.
Answer:
I do not believe you can solve this unless the variable mean something and it is specified
