To answer the question above, let x be the number of palettes of the roofing material that one elevator trip may carry.
The inequality expression that satisfy the condition above will then be,
195 + 425x ≤ 2,320
Solving for x gives x ≤ 5. Thus, the maximum number of palettes of roofing materials that may be brought is 5.
The first number is 15. The 2nd number is 30 cuz it’s double the first. The third number is 18 less than 30 so it is 12. They all add up to 57. Third # = 12
Answer:
501.76
Step-by-step explanation:
common ratio r = 0.5
first term a = 256
sum of G.p = Sn= a( r^n -1)/r-1
sum of the first 6 terms =
S6 = 256( 0.5^6 - 1)/ 0.5 - 1
= 256( 0.0156 - 1)/-0.5
= 256( -0.98)/-0.5
= - 250.88/-0.5
S6 = 501.76
24Y +20 4K X +69+82+93 is the rate equation to 1.26 9.83.29 and a hint of 12345 624 or 5.6 -5-6.3
I think the answer would be be C.
