Provide an appropriate response.Solve the word problem using a system of equations with two unknowns:The area of a rectangular parking lot is 32,000 ft2. If the perimeter of the lot is 756 ft, what are the dimensions?
What will be an ideal response?
| l = 250 ft, w = 128 ft |
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Solve the problem.A child on a swing initially swings through an arc length of 12 meters. The child stops pushing and sits patiently waiting for the swing to stop moving. If friction slows the swing so the length of each arc is 80% of the length of the previous arc, how far will the child have traveled before the swing stops?
A. 24 m B. The child will travel an infinite distance. C. 60 m D. 25 m
Use the table to find the indicated limit.If f(x) = 
, find 
f(x).
A. -0.3286; -0.3028; -0.3003; -0.2997; -0.2972; -0.2725 limit = -0.3 B. -1.4138; -1.3411; -1.3341; -1.3326; -1.3256; -1.2581 limit = -1.3333 C. -0.4286; -0.4028; -0.4003; -0.3997; -0.3972; -0.3725 limit = -0.4 D. -0.5286; -0.5028; -0.5003; -0.4997; -0.4972; -0.4725 limit = -0.5
The pie chart shown below represents the grades of 260 students in Professor Blackbeard's Stat 101 class.
According to the chart, approximately how many students passed with a grade of 'C' or better?
A. 32 B. 206 C. 79 D. 82 E. none of these
Solve the problem.Use Newton's method to find the two real solutions of the equation 
.
What will be an ideal response?