I think it’s binomial because the 3x^3 is one term and -6x is another
Answer:
See below
Step-by-step explanation:
1: (b+1)*(3b)*(b-5)
(3b^2+3b)(b-5)
3b^3-15b^2+3b^2-10b
3b^3-12b^2-10b
2: πr^ 2(h/3)
π(n-2)^2(12n/3)
π(n-2)(n-2)(12n/3)
π(n^2-2n-2n+4)(12n/3)
π(n^2-4n+4)(12n/3)
π(n^2-4n+4)(4n)
π(4n^3-16n^2+16n)
<em>(I'm not 100% sure with this one)</em>
3: (lwh)/3
((k-2)(2k+3)(3k))/3
((2k^2-4k+3k-6)(3k))/3
(6k^3-12k^2+9k^2-18k)/3
(6k^3-3k^2-18k)/3
2k^3-k^2-6k
The fraction is equivalent to 1/2 since you can simplify 4/8 as (4/4)/(8/4) = 1/2.
Answer:
Step-by-step explanation:
s= student ticket
g= general admisson ticket
4s+6g=2876
s+g=525
4s+6g=2876
-4s-4g=-2100
add both equations
2g=776
g=388
s+g=525
s+388=525
s=137
Answer:
Since 5 9/16 is closest to 6, and 4 1/8 is closest to the benchmark 4. The total of the benchmark is 10. So, Parker's estimate is (I'm assuming the dropdown had "wrong" as an option)
Step-by-step explanation:
Parker assumed that Mr.Thompson used about nine pounds of pancake mix. Parker was fairly close but just one off. If you were to solve this without having to use a whole number for an estimate. The answer would be 9 11/16, instead of 10. Anyways, I should explain why 5 9/16 is round to 6. It's rounded to six as a whole number because 9/16 is over half of 16. Half of 16 is "8".So anything that is 8/16 and up is automatically round to the number ahead (that's whole).
I hope this helps!!!
Please mark brainliest :)