Answer:
no
Step-by-step explanation:
it's CASSANDRA business so she solve it herself
Answer:
The rule for given sequence is: a_n = -27+16n
And the 100th term is: 1573
Step-by-step explanation:
Given sequence is:
-11, 5, 21, 37, 53, ...
Here

First of all, we have to find if this is an arithmetic sequence
For that purpose, the common difference has to be found. Common difference, denoted by d, is the difference between consecutive terms of an arithmetic sequence
So,

As the common difference is same, the sequence is an arithmetic sequence
General rule for arithmetic sequence is:

Putting values

For 100th term,
Putting n=100

Hence,
The rule for given sequence is: a_n = -27+16n
And the 100th term is: 1573
Answer:
well the answer is still 6 I could help more if you want but I have to work on appreciation
Step-by-step explanation:
on 2 level
Discriminant D is given by:
D=b²-4ac
Implication of discriminant is as follows:
D<0 two zeros that are complex conjugate
D=0 one real zero of multiplicity 2
D>0 two distinct real zers
D= (+ve perfet square) two distinct rational zeros
From:
12x^2+10x+5=0
plugging in the equation we get:
10²-4×12×5
=100-240
=-140
thus
D<0
Answer is:
<span>A two irrational solutions </span>
Answer:
28$ and christen sold 7 boxes while Rafael sold 4
Step-by-step explanation:
lower common multiple so take 4 x 7 = 28 as then take the 28 and divide by how much Christen gets a box which is 4 and 28 divided by 4 is 7