Precalculus Honors - Monroe Township School District
Precalculus Honors - Monroe Township School District
Precalculus Honors - Monroe Township School District
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To: <strong>Precalculus</strong> <strong>Honors</strong> Students<br />
Re: Summer Project 2013<br />
Date: June 2013<br />
<strong>Monroe</strong> <strong>Township</strong> High <strong>School</strong><br />
Mathematics Department<br />
Congratulations on your acceptance into <strong>Precalculus</strong> <strong>Honors</strong>! This is quite an<br />
accomplishment and identifies you as one of the top mathematics’ students. Keep<br />
up the good work. You have my sincere best wishes for your continued success.<br />
To help you begin your study of <strong>Precalculus</strong>, you will be required to complete a<br />
review project this summer. This project consists of problems reviewing important<br />
concepts from algebra, geometry or trigonometry. This assignment will help you<br />
keep your skills sharp so that you will be successful next year.<br />
Please follow these directions very carefully.<br />
• You may use Khan Academy, Wolfram and other websites to assist you.<br />
• Use pencil<br />
• Work in study groups and use your text as a guide. These are the problems<br />
that you may have forgotten how to do. Note: All students are to<br />
document their OWN work!!<br />
• The project is due the second time your class meets. The project, along<br />
with an exam on the material, will be graded and carries the weight of a test.<br />
• Please make a photocopy of the project before you hand it in. You will be<br />
tested on this material as well.<br />
• Show all work neatly and clearly to receive full credit!!<br />
• Put answers on the line, if provided or circle the final answer in RED.<br />
• All graphing questions will be assessed without a graphing calculator.<br />
Good luck and have a happy and safe summer. I’m looking forward to seeing you in<br />
September.
1. Match each equation with its appropriate graph. Hint: Use end-behaviors and x-intercepts.<br />
3 4<br />
y= 2x<br />
− x _______ A B C D<br />
3<br />
y= ( x+ 2)( x−<br />
1) _______<br />
3 2<br />
y=− x + 3x<br />
________<br />
1 3<br />
y = x − 4x<br />
_______<br />
2<br />
2. The graph of y = f( x)<br />
is shown. Match each graph with its equation.<br />
y = f( x)<br />
I II III<br />
____________________ ___________________ ___________________<br />
A) y= f() x B) y =− f( x)<br />
C) y = f( − x)<br />
D) x= f( y)<br />
E) y= f( x)<br />
− 2 F) y= f( x+<br />
2)<br />
3. Sketch the graph for:<br />
x = − 9 − y 2
4. Let f( x) =<br />
2<br />
x<br />
2x<br />
, gx ( ) = 5x+ 4,<br />
and hx ( ) = . Find each of the following:<br />
2<br />
a) f( h( x )) :_________________ b) g( f( x )) :__________________<br />
5. Identify each function as even, odd or neither.<br />
I. II. III. IV. V.<br />
______________ ______________ _______________ _______________ ______________<br />
6. Let<br />
1<br />
3<br />
hx ( ) = ( x+<br />
1) .<br />
a) Find the inverse function<br />
−1<br />
h ( x)<br />
:_________________________________
) Sketch the graphs of h and<br />
1<br />
h − .<br />
Hint: It is helpful to identify ordered pairs<br />
on one curve to help sketch the second<br />
curve.<br />
7. Graph the specified functions. Identify at least three points that lie on the curve. Include these in<br />
your graph.<br />
a.. ( ) 3 x −<br />
f x = b. gx ( ) = log 2(<br />
x−<br />
1)<br />
( , ) ( , )<br />
( , ) ( , )<br />
( , ) ( , )
8. Express y as a function of x<br />
ln y= 5ln(2 x)<br />
9. One root of<br />
________________________<br />
3 2<br />
Px ( ) = x + 2x−5x− 6 is x =− 1.<br />
Use synthetic division to find the other roots.<br />
10. Simplify: (3x − 5)(2x 2 + 4x − 6)<br />
Factor each of the following. Be careful, there will be no partial credit.<br />
11.<br />
12.<br />
________________________<br />
________________________<br />
2 2<br />
a − 18ab+ 81b<br />
_________________________<br />
2 2<br />
36x − 25y<br />
_________________________
13.<br />
3<br />
a + 27 (Hint: Look up formula if needed.) _________________________<br />
Simplify the expression. (leave your answer in radical form)<br />
14.<br />
3<br />
1−<br />
2<br />
2<br />
Solve by factoring.<br />
15. 2x 2 − 5x − 3 = 0<br />
Solve by using the quadratic formula or by completing the square.<br />
16. x 2 + 6 = 10x<br />
________________________<br />
________________________<br />
________________________
Solve.<br />
17. Solve: 5a− 3 = 7<br />
18. Solve: 8− 5+ t ≥ 6<br />
19. Give the domain, range and zeros of each function.<br />
a) gx ( ) = x+<br />
2<br />
b) gt () = 9−<br />
t<br />
________________________<br />
________________________<br />
Domain:________________ Domain:________________<br />
Range:_________________ Range:_________________<br />
Zeros:__________________ Zeros:__________________<br />
20. log(x 2 −1) = 2 21. e x+2 = 12<br />
________________________ ________________________
22.<br />
2<br />
3 27 9 x<br />
= 23.<br />
5<br />
(8 x) 64<br />
−<br />
+ =<br />
________________________ ________________________<br />
Perform the indicated operation and simplify.<br />
24. 5x 2<br />
+<br />
3x + 3 x − 7<br />
25. 3 x<br />
−<br />
x +1 x −1<br />
________________________<br />
________________________
26.<br />
x + 4 x + 2<br />
÷ 2<br />
16 − x x + 4<br />
________________________<br />
Simplify each of the following. All radicals must be in simplest form. There will be no partial credit.<br />
27. 3 18+ 98<br />
________________________<br />
28.<br />
29. 10<br />
50<br />
9<br />
12x ________________________<br />
________________________<br />
30. ( 3 + 2)( 3 − 5 2)<br />
________________________
31. Suppose that $1200 is invested at an interest rate of 3.5%. How much is the investment worth<br />
after 18 months if interest is compounded quarterly?<br />
________________________<br />
32. Find the equation of the perpendicular bisector of the segment joining (2,4) and (4, −4) using<br />
point-slope form.<br />
________________________<br />
33. Write in center-radius form. Give the center and radius. Hint: Use completing the square.<br />
12x 2 + 20y 2 −12x + 40y − 37 = 0<br />
Equation:_______________________________________<br />
Center:_____________ Radius:_____________
34. Sketch the graphs of the given equations on a single set of axes. Then determine algebraically<br />
where the graphs intersect.<br />
2 2<br />
4x + 16y = 64<br />
2<br />
2x− y =−4<br />
Point(s) of intersection:_________________<br />
35. Write the following in vertex form and sketch: x = 5 − 6y − 3y 2<br />
Equation in vertex form _________________.<br />
Vertex _____________________