In Polynomials all the exponents of x-variable must be positive integers, then polynomials are:
<span>a) -x^5+7x-1/2x^2+9, the exponents of x's are: 5, 1, and 2
b) x^3-4x-3, the exponents of x's are: 3, and 1
f) x^4+x^3√7+2x^2-√3/2x+π, the exponents of x's are: 4, 3, 2, and 1
Not polynomials are:
</span><span>c) 4 / x^2-4x+3 = 4x^(-2)-4x+3, the exponents of x's are -2, and 1
d) x^4+5/x^3-√x+8=x^4+5x^(-3)-x^(1/2)+8, the exponents of x's are 4, -3, and 1/2
e) </span>|x|^2+4√x-2=<span>|x|^2+4x^(1/2)-2, the exponents of x's are 2 and 1/2</span>
Answer:
Algebra 1 = 12 books
Algebra 2 = 5 books
Geometry = 6 books
Step-by-step explanation:
Given
Represent
<em>Algebra 1 with A</em>
<em>Algebra 2 with B</em>
<em>Geometry with C</em>
For the quantity

To represent the weight, we have that:




This gives:

The last sentence in the question can be represented with:

So, the expressions to work with are
--- (1)
--- (2)
--- (3)
Substitute A - 1 for B + C in (1)



Solve for 2A


Solve for A

Substitute 12 for A in the (2) & (3)




---- (4)


Make C the subject
----- (5)
Substitute 11 - B for C in (4)



Collect Like Terms


Solve for B


Substitute 5 for B in (5)



Answer: 69.12
Step-by-step explanation: circumference=2*pi*radius
Answer:

And the density function is given by:

And the cumulative distribution function is given by:

And we want the following probability:

And we can use the complement rule and we got:

Step-by-step explanation:
Let X the random variable that represent the driving distance and we know that the distribution for X is given by:

And the density function is given by:

And the cumulative distribution function is given by:

And we want the following probability:

And we can use the complement rule and we got:

And that would be the final answer for this case.