This is exponential growth/decay type problem...
F=Ir^t, F=final value, I=initial value, r=rate, t=time, in this case I=1250 and r=(1-.045)=0.955 so
F=1250(.955)^t and we want to find t for when F=800
800=1250(.955)^t
.64=.955^t take the natural log of both sides...
ln.64=t ln.955
t=(ln.64)/ln.995
t≈9.69 weeks
t≈9.69 weeks (to nearest hundredth of a week)
Answer:
First on is £12 cuz when the mile is 0, it starts with 12.
Second is £28 (I think)
Probability( Pulling a diamond) = 1/4
Propability(Rolling a 1) = 1/6
The 2 events are independent so the probabilities are mulitplied:-
Required probability = 1/4 * 1/6 = 1/24 Answer
Answer:
<h2>The answer is C because a graph has only one zero where the two lines meet</h2>
Answer:
100
Step-by-step explanation: