I believe it is 26 as well, you add the two half’s since it’s a square the diagonals are parallel
Add the coefficients of like terms.
a) (6x³ +8x² -2x +4) + (10x³ +x² +11x +9)
= (6+10)x³ + (8+1)x² + (-2+11)x + (4+9)
= 16x³ +9x² +9x +13
b) (16x³ +9x² +9x +13) + (3x -2)
= 16x³ +9x² + (9+3)x + (13-2)
= 16x³ +9x² +12x +11
Answer:
The probability of selecting a male is 0.3151.
The events "male" and "driver" are not independent.
The correct option is B.
Step-by-step explanation:
The missing data is as follows:
Female Male Total
Driver 32759 11715 44474
Passenger 6534 6361 12895
Total 39293 18076 57369
The complete question is:
Determine P(male) and P(male|driver). Are the events "male" and "driver" independent?
Solution:
Compute the probability of selecting a male as follow:

Thus, the probability of selecting a male is 0.3151.
Compute the probability of selecting a male given that he is a driver as follows:

Two events, say A and B, are independent if:
P (A|B) = P(A)
Here, P (M|D) ≠ P (M)
Thus, the events "male" and "driver" are not independent.
Answer:a) 31.8 b) 5.3 c)1.06
Step-by-step explanation:
A) by taking the consumption rate (10.6) and multiplying it by 3
B) dividing consumption rate by 2= half the distance traveled
Answer: x=536
Step-by-step explanation: Cross multiply to get 12x=6432, then divide each side by 12 to get 536