In the question,
Total number of pieces of paper numbered from 1 to 25 are = 25
As the draw also includes replacement.
So,
Probability of drawing '3' is given by,
Now,
Numbers greater than 10 are = 15
So,
Probability of drawing a number greater than 10 is given by,
So,
Total probability is given by,
Product of probability of drawing 3 in 1st draw and the Probability of drawing a number greater than 10.
Answer:
18 miles
Step-by-step explanation:
the ratio is miles/minute
10/50=0.2
so no just multiply the amount of minute you want 0.2*90= 18 miles
Answer and Step-by-step explanation:
In an hour and a half, Dana would go 18 miles since she's going a mile at regular intervals, so if she's trekking for an additional forty minutes, she will bicycle 8 miles. This implies that you'd increase five minutes by 8 miles (recall it's a mile for every 5 minutes) and that would give you forty. At that point simply add that to the 50 minutes she's been cycling as of now.
Answer:
The starting height of the chairlift
Answer:
-3x^2+2
Step-by-step explanation:
(5x - 3x^2) - (5x -2)
Distribute the minus signs
(5x - 3x^2) - 5x +2
Combine like terms
-3x^2 +5x-5x+2
-3x^2+2
Answer:
Step-by-step explanation:
R(0,0)
A=((0+2a)/2,(0+2b)/2)=(a,b)
S(2a,2b)
B=((2a+2c)/2,(2b+2d)/2)=(a+c,b+d)
T(2c,2d)
C=((2c+2c)/2,(2d+0)/2)=(2c,d)
V(2c,0)
D=((2c+0)/2,(0+0)/2)=(c,0)
R(0,0)
slope of AB=(b+d-b)/(a+c-a)=d/c
slope of DC=(d-0)/(2c-c)=d/c
slope of AD=(0-b)/(c-a)=-b/(c-a)
slope of BC=(d-b-d)/(2c-a-c)=-b/(c-a)