Compound probability is equal to the probability of the first event multiplied by the probability of the second event.
Just multiply the probability of the first event by the second. For example, if the probability of event A is 2/9 and the probability of event B is 3/9 then the probability of both events happening at the same time is (2/9)*(3/9) = 6/81 = 2/27.
1000+0+0+0 because its three zeroes behind the one
Answer:
Monthly payment is $5970
Step-by-step explanation:
Given : April invested in a lifetime annuity that begins payments at age 65. Her life expectancy is 89. April invested a $1,000,000 into the annuity, which earns 4.4% APR compounded monthly.
To find : what is April's monthly payment amount?
Solution :
Formula of monthly payment
Monthly payment, 
Discount factor 
Where, Amount = $1,000,000
Rate r= 4.4%=0.044 compounded monthly
Time = 89-65=23 years
Now, put all the values we get,
Monthly payment,
Approximately,monthly payment is $5970
Answer:
He can make 3 and 2 over 15 bottles of honey with 3 over 8 pound of honey in each bottle.
Step-by-step explanation:
Given:
Sean got = 4/5 pound of honey from its hive
Mass in 1 bottle = 3/8 pound of honey in each bottle.
Calculation he made:
Number of bottle, n × mass = honey got
n = 4/5 ÷ 3/8
= 4/5 × 8/3
= 32/15 bottles from 3/8 pound honey in each bottle.
Answer: the company should invest $12191 each week
Step-by-step explanation:
The amount that the company needs is $5,400,000
We would apply the periodic interest rate formula which is expressed as
P = a/[{(1+r)^n]-1}/{r(1+r)^n}]
Where
P represents the weekly payments.
a represents the amount that the company needs
r represents the rate.
n represents number of weekly payments. Therefore
a = 5,400000
There are 52 weeks in a year
r = 0.079/52 = 0.0015
n = 52 × 14 = 728
Therefore,
P = 5400000/[{(1+0.0015)^728]-1}/{0.0015(1+0.0015)^728}]
5400000/[{(1.0015)^728]-1}/{0.0015(1.0015)^728}]
P = 5400000/{2.98 -1}/[0.0015(2.98)]
P = 5400000/(1.98/0.00447)
P = 5400000/442.95
P = $12191
