Determine whether the equation is an identity, a conditional equation, or an inconsistent equation.
+ 
= - 
A. Identity
B. Conditional equation
C. Inconsistent equation
Answer: B
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Divide using long division.
A. 16 B. 28 C. 16 r 2 D. 18
For the application, set up a legend and an equation. Then solve to answer the question with a complete sentence.Saju is hiking in a National Park. He will walk around a loop, a distance of 17.23 miles. After walking 9.28 miles he stops for a lunch break. How much further does he have to walk?
A. Let x = the distance Saju still has to walk. 17.23 + 9.28 = x Saju still has to walk 26.51 miles. B. Let x = the distance Saju still has to walk. 9.28 + x = 17.23 Saju still has to walk 7.95 miles. C. Let x = the distance Saju still has to walk. 17.23 + 9.28 = x Saju still has to walk 7.95 miles. D. Let x = the distance Saju still has to walk. 9.28 + x = 17.23 Saju still has to walk 26.51 miles.
Perform the operations.2.0433 × 10-7
A. 0.00000020433 B. -204,330,000 C. 0.000000020433 D. 0.0000020433
For the parametric equations given, use a graphing calculator to generate the curve over the stated interval for the parameter t. Use the window specified. Also, find a rectangular equation for the curve.x = 2t, y = t + 5, for t in [-2, 3]
A. 
The rectangular equation for the curve is
y = x2 + 1, for x in [-2, 2].
B. 
The rectangular equation for the curve is
y = 
x + 5, for x in [-4, 6].
C. 
The rectangular equation for the curve is
y = 
x - 5, for x in [-4, 6].
D. 
The rectangular equation for the curve is
y = -2x + 5, for x in [-6,4].