There is a 1/6 chance that the first one will land on 6, and there is a 1/3 chance that the second one will land on an odd #
Answer:
0.184
Step-by-step explanation:
As the statistician consultant, I would have to calculate the chance of having 2 ambulances on the freeway at this hours and relay the message to the dispatcher.
Probability of having the need for 2 ambulances.
We will have a poisson distribution:
Lambda = 1
P(x=2) = e^-2*1/2!
= 2.71828^-1/2
= 0.368/2
= 0.184
I would tell the dispatch rider that the possibility that 2 ambulances would be required is 0.184.
Thank you
Answer: 17.5824 % ( Approx)
Step-by-step explanation:
Let the hours spent by Claudia = x hours,
According to the question,
Hours spent by Jodie = 25 % less than Claudia
⇒ Hours spent by Jodie = the hours spent by Claudia - 25% of the hours spent by Claudia
= x - 25 % of x
= x - 0.25 x ( Since, 1% = 0.01⇒ 25 % = 0.25 )
= 0.75 x
Also, Hours spent by Gianna = 9 % less than Claudia
⇒ Hours spent by Gianna = the hours spent by Claudia - 9% of the hours spent by Claudia
= x - 9% of x
= x - 0.09 x
= 0.91 x
Thus, the percentage by which Gianna spent more than Jodie






Answer:
Yes; DEF was produced through rigid transformations.
Step-by-step explanation:
You aren't changing the shape or angles of the triangle, you're just moving it through space.