Solve the system using Gauss-Jordan elimination. If the system has infinitely many solutions, show a general solution (in terms of z).
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Please enter your answer in the form w = , x = , y = , z.
What will be an ideal response?
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Find the gradient field F of the function f.f(x, y, z) = ex9 + y6 + z5
A. F = x9ex9 + y6 + z5i + y6ex9 + y6 + z5j + z5ex9 + y6 + z5k B. F = 9x8ex9i + 6y5ey6j + 5z4e z5k C. F = 9x8ex9 + y6 + z5i + 6y5ex9 + y6 + z5j + 5z4ex9 + y6 + z5k D. F = x8ex9 + y6 + z5i + y5ex9 + y6 + z5j + z4ex9 + y6 + z5k
Graph the function. Specify the intervals over which the function is increasing and the intervals where it is decreasing.y = 6
A. Increasing -? < x < ?
B. Decreasing 0 ? x < ?
C. Decreasing 0 ? x < ?
D. Increasing 0 ? x < ?
Solve the right triangle.a = 2.6 cm, b = 1.3 cm, C = 90°Round values to one decimal place.
A. A = 58.9°, B = 31.1°, c = 2.9 cm B. A = 30.0°, B = 60.0°, c = 3.9 cm C. A = 63.4°, B = 26.6°, c = 2.9 cm D. A = 26.6°, B = 63.4°, c = 2.9 cm
Provide an appropriate response.Explain why a rational number 
can be written as a terminating decimal only if the prime factorization of the denominator contains no prime numbers other than 2 or 5.
What will be an ideal response?