216 divided by 3 is 72 so making the answer
1/72
A+b = c+d
a+b = 770/2 ( a+b+c+d = 770)
a+b = 385
c+d = 385
a+b+a-b = 385+49
2a = 434
a = 434/2
a = 217
a-b=49
217-49= b
b = 168
c+d+c-d = 385+211
2c = 596
c = 596/2
c = 298
c-d = 211
c-211= d
298-211 = d
d = 87
Therefore, a=217, b=168, c=298, d=87
Answer:
y=-2x+5
Step-by-step explanation:
The formula for continuous compounding is given by
A = P.
where P is the initial or principal amount = $40,000
A is the amount at the end =$ 110,000
r is the rate of interest = 6% = 0.06
t is the time = the value we need to find
lets plug in the values
㏑(2.75) = ㏑[]
㏑(2.75) = 0.06t
t= 16.86 years
The time taken for $40000 to amount to $110000 is 16.86 years
D is the answer that is graphed.