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CALCULUS IMPLICIT B

MULTIPLE CHOICE
 

 1. 
CIRCLE mc001-1.jpg IS GRAPHED BELOW.
mc001-2.jpg
LINE A IS CALLED A:
A.
SECANT LINE
B.
TANGENT LINE
C.
NORMAL LINE
D.
PARALLEL LINE
E.
NONE OF THE ABOVE
 

 2. 
CIRCLE mc002-1.jpg IS GRAPHED BELOW.
mc002-2.jpg
LINE B IS CALLED A:
A.
SECANT LINE
B.
TANGENT LINE
C.
NORMAL LINE
D.
PARALLEL LINE
E.
NONE OF THE ABOVE
 

 3. 
CIRCLE mc003-1.jpg IS GRAPHED BELOW.
mc003-2.jpg
THE SLOPE OF LINE A IS:
A.
mc003-3.jpg
B.
mc003-4.jpg
C.
mc003-5.jpg
D.
mc003-6.jpg
E.
NONE OF THE ABOVE
 

 4. 
CIRCLE mc004-1.jpg IS GRAPHED BELOW.
mc004-2.jpg
THE SLOPE OF LINE B IS:
A.
mc004-3.jpg
B.
mc004-4.jpg
C.
mc004-5.jpg
D.
mc004-6.jpg
E.
NONE OF THESE
 

 5. 
CIRCLE mc005-1.jpg IS GRAPHED BELOW.
mc005-2.jpg
THE EQUATION OF LINE A IN GENERAL FORM IS:
A.
mc005-3.jpg
B.
mc005-4.jpg
C.
mc005-5.jpg
D.
mc005-6.jpg
E.
NONE OF THE ABOVE
 

 6. 
CIRCLE mc006-1.jpg IS GRAPHED BELOW.
mc006-2.jpg
THE EQUATION OF LINE B IN GENERAL FORM IS:
A.
mc006-3.jpg
B.
mc006-4.jpg
C.
mc006-5.jpg
D.
mc006-6.jpg
E.
NONE OF THE ABOVE
 

 7. 
IMPLICIT DIFFERENTIATION IS APPLIED TO FIND THE DERIVATIVE OF EACH OF THE FOLLOWING EQUATIONS.  IN THE FIRST STEP OF DIFFERENTIATION, TO WHICH EQUATION IS THE CHAIN RULE ALSO APPLIED?
A.
mc007-1.jpg
B.
mc007-2.jpg
C.
mc007-3.jpg
D.
mc007-4.jpg
E.
NONE OF THE ABOVE
 

 8. 
THE SLOPE OF THE TANGENT TO THE GRAPH OF mc008-1.jpg AT THE POINT mc008-2.jpg IS:
A.
mc008-3.jpg
B.
mc008-4.jpg
C.
mc008-5.jpg
D.
mc008-6.jpg
E.
NONE OF THE ABOVE
 

 9. 
IMPLICIT DIFFERENTIATION IS APPLIED TO FIND THE DERIVATIVE OF EACH OF THE FOLLOWING EQUATIONS.  IN THE FIRST STEP OF DIFFERENTIATION, TO WHICH EQUATION IS THE PRODUCT RULE ALSO APPLIED?
A.
mc009-1.jpg
B.
mc009-2.jpg
C.
mc009-3.jpg
D.
mc009-4.jpg
E.
NONE OF THE ABOVE
 

 10. 
WHEN APPLYING TECHNIQUES OF IMPLICIT DIFFERENTIATION, THE FIRST STEP IS:
mc010-1.jpg
AN ORIGINAL EQUATION COULD BE:
A.
mc010-2.jpg
B.
mc010-3.jpg
C.
mc010-4.jpg
D.
mc010-5.jpg
E.
NONE OF THE ABOVE
 



 
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