Bobbly

12 Questions
0 Answers

0

1012

2

+50

HELP

express 16x^(4) -96x^(3)y +216x^(2)y^(2) -216xy^(3) +81y^(4) in the form of (ax+by)^n

Bobbly Jun 15, 2018

0

757

1

+50

Can someone explain this to me?

Using the functions below to produce new functions based upon the description and identify the domain and range of the new functions.

f(x)=3x+3
h(x)=e^(2x+1) read more ..

Bobbly Jun 7, 2018

0

670

0

+50

Chapter 10

Using the functions below to produce new functions based upon the description and identify the domain and range of the new functions.

f(x)=3x+3
g(x)=√(x^2-1) read more ..

Bobbly Jun 4, 2018

0

807

3

+50

solve for X

(x^2-4x-12)/(x^2-25)≥0

Bobbly Jun 1, 2018

+1

683

0

+50

Where does b and c come from?

The graph of a function of the form f(x)=(ax+b)/(cx+d)
a=2
b=?
c=? read more ..

Bobbly May 30, 2018

0

1581

1

+50

The graph of a function of the form f(x)=(ax+b)/(cx+d) is shown.

The graph of a function of the form f(x)=(ax+b)/(cx+d) is shown.

Copy url for image of graph:(can’t show graph so you will have to copy and the URL from below into a new tab!
file://localhost/private/var/folders/t2/q617cjmd1pg3pl1rm_nv3h1r0000gp/T/TemporaryItems/msoclip/0/clip_image004.png read more ..

Bobbly May 28, 2018

0

851

1

+50

Algebraically determine the value of x

(x^2-4x-12)/(x^2-25)≥0

Bobbly May 28, 2018

0

796

1

+50

solve for X algebraically

2(5^(x+2))=5(2^(x+5))

Bobbly May 18, 2018

+1

1273

2

+50

Solve for x, Pre Cal 12: chap 8

Solve for x in each of the following equations At least 2 of the 4 must be solved algebraically. When solving graphically, sketch or paste a digital image of the graph you used to solve for the question.

e^(2x)-e^(x)-12=0 2(5^(x+2))=5(2^(x+5)) read more ..

Bobbly May 15, 2018

0

1174

1

+50

Help

The air quality index, I, in a large city can be modelled by the equation, 𝑰 = 𝟑𝟐 𝐬𝐢𝐧[𝟏𝟓(𝒕 − 𝟓)] + 𝟐𝟖 where t represents the time, in hours, after midnight. New legislation has been introduced that is expected to decrease the pollution levels read more ..

Bobbly Apr 25, 2018