Answer:
The slope is 3/5
Step-by-step explanation:
Given:
(1, 2) and (6, 5)
Slope(m) Formula:
m = (y2 - y1)/(x2 - x1)
m = (5 - 2)/(6 - 1)
m = 3/5
Answer:
10 euro's
Step-by-step explanation:
1000/100=10
10 euros=1000 yen
The question is incorrect
the correct question is
A local citizen wants to fence a rectangular community garden. The length of the garden should be at least 110 ft,and the distance around should be no more than 380 ft. Write a system of inequality that model the possible dimensions of he garden. Graph the system to show all possible solutionslet
x---------------> t<span>he length of the garden
</span>y---------------> the wide of the garden
we know that
x>=110
2x+2y <=380---------------> x+y <= 190
Part A) <span>Write a system of inequality that model the possible dimensions of he garden
</span>
the answer part A) is
x>=110
x+y <= 190
Part B) <span>Graph the system to show all possible solutions
using a graph tool
see the attached figure
the solution is the triangle show in the figure
</span><span>the possible solutions of y (wide) would be between 0 and 80 ft
</span>the possible solutions of x (length) would be between 110 ft and 190 ft
Answer:
The school store will need to replenish its supply of pencils every 48 days
Step-by-step explanation:
To find this, divide the number of pencils by the amount it sells per day.
1200/25 = 48
Answer: P(T|B) = 2/3= 0.667
Step-by-step explanation:
Given;
Probability that there is free breakfast at work
P(B) = 0.25
Probability that your coworker lied
P(L) = (1/3)
Probability that your coworker did not lie
P(T) = 1-1/3 = 2/3
Since your coworker already told you there is free breakfast, the condition probability now depends solely on whether he lied or not.
P(T|B) = P(B)P(T)/[P(B)P(T) + P(B)P(L)]
P(T|B) = (0.25×2/3)/[(0.25×2/3 + (0.25×1/3)]
P(T|B) = 2/3= 0.667
Hint: since the coworker already confirmed that there is free breakfast, the probability that there will be free breakfast now depends solely on the whether the co-workers said the truth, which have a probability of 2/3.
i.e P(T|B) = P(T) = 2/3