If x²-1 is a factor of the polynomial, both x-1 and x+1 are factors of it.
According to the remainder theorem, if a binomial x-a is a factor of a polynomial p(x), then p(a)=0.
If x-1 and x+1 are factors of the polynomial p(x)=ax⁴+bx³+cx²+dx+e, then p(1)=0 and p(-1)=0.
Answer:
The answer is: v < -3. So any number less than -3 fulfills the inequality.
Step-by-step explanation:
4 + 4(v - 6) < -29 + v
4 + 4v - 24 < -29 + v
4v - 20 < -29 + v
3v < -9
v < -3
Hope this helps! Have an awesome day! :-)
Answer:
1,572,861
Step-by-step explanation:
1. 3
2. 6
3. 12
4. 24
5. 48
6. 96
7. 192
8. 384
9. 768
10. 1536
11. 3072
12. 6144
13. 12288
14. 24576
15. 49152
16. 98304
17. 196608
18. 393216
19. 786432
Now we have to add all those
786432 + 393216 + 196608 + 98304 + 49152+ 24576 + 12288 + 6144 + 3072 + 1536 + 768 + 384 + 192 + 96 + 48 + 24 + 12 + 6 + 3..
This is alot of math but it equals 1572861
1,572,861
