Solve 
.
A. 
B. 
C. 
D. 
E. 
Answer: C
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Solve the problem.Find the equation for the tangent plane to the surface 
at the point 
A. x + y + z = 0 B. x + y = 0 C. z = 0 D. x - y = 0
A certain type of lizard grows to a maximum length of 
centimeters. If L, in inches, is the length of the lizard after t years, then the difference 
is an exponential function of time.
? A: A newborn lizard is 4 centimeters long. What is the initial value of D? ? B: A 2-year-old lizard is 7 centimeters long. Find the yearly decay factor for D, and use your answer to find an exponential formula for D. Use t for the age, in years, of the lizard. ? C: Find a formula for L. ? ? What will be an ideal response?
Write as a number.Six hundred eighty-six thousand, six hundred twenty-three.
A. 608,623 B. 686,623 C. 680,623 D. 600,086,623
Solve the quadratic inequality symbolically. Write your answer in interval notation.x2 - 8x + 12 > 0
A. (2, 6) B. (6, ?) C. (-?, 2) ? (6, ?) D. (-?, 2)