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Mini Simulation #1 (69)

 1. 

If mc001-1.jpg, then the value of mc001-2.jpg at x = 1 is
a.
-2
b.
0
c.
2
d.
4
e.
undefined
 

 2. 

If y is a function of x such that mc002-1.jpg for all x and mc002-2.jpg all x, which of the following could be part of the graph of y= f(x)?
a.
mc002-3.jpg
d.
mc002-6.jpg
b.
mc002-4.jpg
e.
mc002-7.jpg
c.
mc002-5.jpg
 

 3. 

The graph of mc003-1.jpg has a point of inflection at
a.
(0,0) only
b.
(3,162) only
c.
(4, 256) only
d.
(0,0) and (3,162)
e.
(0,0) and (4, 256)
 

 4. 

At x = 0, which of the following is true of the function f defined by mc004-1.jpg?
a.
f is increasing.
b.
f is decreasing.
c.
f is discontinuous.
d.
f has a relative minimum.
e.
f has a relative maximum.
 

 5. 

mc005-1.jpg
a.
mc005-2.jpg
b.
mc005-3.jpg
c.
2x
d.
1
e.
2
 

 6. 

If mc006-1.jpg, mc006-2.jpg, what is mc006-3.jpg in terms of x?
a.
-tanx
b.
-cotx
c.
cotx
d.
tanx
e.
cscx
 

 7. 

What is the average value of mc007-1.jpg over the interval mc007-2.jpg?
a.
mc007-3.jpg
b.
mc007-4.jpg
c.
8
d.
mc007-5.jpg
e.
16
 

 8. 

At t = 0 a particle starts at rest and moves along a line in such a way that at time t its acceleration is 24t2 feet per second per second. Through how many feet does the particle move during the first 2 seconds?
a.
32
b.
48
c.
64
d.
96
e.
192
 

 9. 

mc009-1.jpg
a.
mc009-2.jpg
b.
mc009-3.jpg
c.
mc009-4.jpg
d.
mc009-5.jpg
e.
mc009-6.jpg
 

 10. 

mc010-1.jpg
a.
mc010-2.jpg
b.
mc010-3.jpg
c.
mc010-4.jpg
d.
mc010-5.jpg
e.
mc010-6.jpg
 



 
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