Answer:
Here,
, hence the quadratic equation has two distinct real roots.
Step-by-step explanation:
Given quadratic equation is
.
Let, the quadratic equation is
[where,
are the constants]
The Discriminant 
Case
:
, if the discriminant is greater than
, it means the quadratic equation has two real distinct roots.
Case
:
, if the discriminant is less than
, it means the quadratic equation has no real roots.
Case
:
, if the discriminants is equal to
, it means the quadratic equation has two real identical roots.
Now,
we have
, where 
∴



Here,
, hence the quadratic equation has two distinct real roots.
the term relies on a product, meaning is a geometric sequence, and the product relies on a term's ordinal value to be plugged in, namely n = 7, you simply get the term by
, when all it needs is the ordinal value to be plugged in, is called an explicit formula.
Answer:
good
Step-by-step explanation:
Answer:
28 fish
Step-by-step explanation:
0.4 = N/70
N = 0.4 × 70
N = 28