Answer:
The barge can carry up to 94 railroad cars.
Step-by-step explanation:
Create an inequality to represent the weight of the barge to the max weight.
24 + 4r ≤ 400
Solve for r:
4r ≤ 400 - 24
4r ≤ 376
4r ≤ 376/4
r ≤ 94
8k-4k+4+7-k =
8k-4k-k+4+7 =
3k+11
Answer:
420
Step-by-step explanation:
Answer:
32
Step-by-step explanation:
n(G or F) = n(G) + n(F) - n(G and F)
Total will be the greatest when the intersection is empty
Largest number = 15 + 17 = 32
Can do.
Arc length = radius * theta.
S=r*theta
Convert 73° to radians.
(73°)*(pi/180)
73°=1.274rad
S=(6.48in.)(1.274rad) = 8.255 in = final answer
