Pete would have gotten 30$ from work that day (1/6 of 180)
Answer:
a) Sinusoidal functions are y = a sin [b(x-h)] + k (or)
y = a cos [b(x-h)] + k
Where a is amplitude a= (max-min)/2=(16-2)/2=7
period p= 2π/b
b=2π/30
Horizontal transformation to 10 units right h=10
k= (max+min)/2=(16+2)/2=9
h = 7 cos [π/15(t-10)]+ 9
b) t=10min=600 sec
substitue in the above equation
h=5.5m
Answer:
D.7/80
Step-by-step explanation:
⇒The question is on probability with replacement
⇒The events taken in this probability are independent of each other
⇒Formulae for combined probability of these events is the product of the probabilities of the event
<u>Given;</u>
6 books for fiction, F=6
7 books for humor, H=7
5 books for play, P=5
2 books for adventure, A=2
<u>Evaluating</u>
n(S)=6+7+5+2=20
P(H)=7/20
P(P)=5/20
P(H ∩ P)=P(H)×P(P)
7/20 × 5/20 =7/80
Answer:
20 laps
Step-by-step explanation:
Since you are looking for the number of laps that will make him have an equal distance in both pools, you start by making two equations and setting them equal to each other.
So: 300+15x = 100+25x
Then, you simplify it:
300+15x=100+25x
300-100=25x-15x
200=10x
x=20
