Answer:
a is the variable, 3 is the coefficient, the degree is 2
Step-by-step explanation:
(a) (b) The integral
gives the total amount of water removed.
This is an overestimate since we are using a left Riemann sum on a decreasing function R.
(c) The integral
gives the total amount of water added at the end of 8 hours.
(d) If we have the equation
, then
.
Let
. Then
is continuous as it is a difference of two continuous functions (R(t) being differentiable implies continuity).
We have
.
Therefore, Intermediate Value Theorem says that there is a time
for which
. At this value of
, the rate of water being pumped into the tank will be equal to the rate of water removed.
Hello :
<span>an absolute value equation is :
</span><span>|(x-8)(x-18) |=0</span>
Answer:
Number of terms: 2
Degree: 1
Step-by-step explanation:
✔️A term can either be a coefficient with a variable, a variable, or a constant.
In the polynomial given, 10y + 2, there are two terms:
First term is a coefficient with a variable = 10y
Second term is a constant = 2
The two terms are: 10y and 2
✔️Degree of a polynomial is the highest exponents possessed by any of its term.
10y has an exponent of 1.
The degree of the polynomial therefore will be 1
Answer:
1. yes
2. yes
3. no
4. no
5. yes
Step-by-step explanation: