Solve the problem.A weight is suspended on a system of springs and oscillates up and down according to P = 
[sin (2t) + sin t]where P is the position in meters above or below the point of equilibrium (P = 0) and t is time in seconds. Find the time when the weight is at equilibrium. Find the exact values. Do not use a calculator.
What will be an ideal response?
0 sec, 
sec, 
sec, ? sec
Mathematics
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Add or subtract.
- 
A. 
B. 
C. 
D. 
Mathematics
Evaluate the surface integral of the function G over the surface S.G(x, y, z) = x3y3z3; S is the surface of the rectangular prism formed from the planes x = ± 3, y = ± 3, and 
A. 
B. 0
C. 
D. 
Mathematics
Provide an appropriate response.Determine whether or not the function is one-to-one: f(x) = x2 - 3
What will be an ideal response?
Mathematics
Multiply.70 × 100
A. 700 B. 7000 C. 14,000 D. 70,000
Mathematics