Physics equations/07-Work and Energy/Q:lineIntegral/Testbank

a07energy_lineIntegral_1_v1
{Integrate the line integral of, $$\vec F = 9xy\hat x + 9.5y^3\hat y $$, along the y axis from  y = 5 to y = 14} - a) 7.33E+04 - b) 7.84E+04 - c) 8.39E+04 + d) 8.98E+04 - e) 9.60E+04

2
{Integrate the line integral of, $$\vec F = 9.4xy\hat x + 7.5y^3\hat y $$, along the y axis from  y = 4 to y = 17} - a) 1.19E+05 - b) 1.27E+05 - c) 1.36E+05 - d) 1.46E+05 + e) 1.56E+05

3
{Integrate the line integral of, $$\vec F = 8.2xy\hat x + 7.4y^3\hat y $$, along the y axis from  y = 5 to y = 12} - a) 3.25E+04 - b) 3.48E+04 + c) 3.72E+04 - d) 3.98E+04 - e) 4.26E+04

4
{Integrate the line integral of, $$\vec F = 7.4xy\hat x + 9.3y^3\hat y $$, along the y axis from  y = 6 to y = 16} + a) 1.49E+05 - b) 1.60E+05 - c) 1.71E+05 - d) 1.83E+05 - e) 1.96E+05

5
{Integrate the line integral of, $$\vec F = 5.6xy\hat x + 7.9y^3\hat y $$, along the y axis from  y = 5 to y = 15} + a) 9.88E+04 - b) 1.06E+05 - c) 1.13E+05 - d) 1.21E+05 - e) 1.29E+05

6
{Integrate the line integral of, $$\vec F = 7.9xy\hat x + 8.1y^3\hat y $$, along the y axis from  y = 5 to y = 12} - a) 3.32E+04 - b) 3.56E+04 - c) 3.81E+04 + d) 4.07E+04 - e) 4.36E+04

7
{Integrate the line integral of, $$\vec F = 8.9xy\hat x + 6.5y^3\hat y $$, along the y axis from  y = 5 to y = 13} + a) 4.54E+04 - b) 4.86E+04 - c) 5.20E+04 - d) 5.56E+04 - e) 5.95E+04

8
{Integrate the line integral of, $$\vec F = 9xy\hat x + 5.4y^3\hat y $$, along the y axis from  y = 3 to y = 19} - a) 1.54E+05 - b) 1.64E+05 + c) 1.76E+05 - d) 1.88E+05 - e) 2.01E+05

9
{Integrate the line integral of, $$\vec F = 7.9xy\hat x + 9.7y^3\hat y $$, along the y axis from  y = 3 to y = 18} - a) 1.94E+05 - b) 2.08E+05 - c) 2.22E+05 - d) 2.38E+05 + e) 2.54E+05

10
{Integrate the line integral of, $$\vec F = 6.1xy\hat x + 5.9y^3\hat y $$, along the y axis from  y = 6 to y = 12} + a) 2.87E+04 - b) 3.07E+04 - c) 3.28E+04 - d) 3.51E+04 - e) 3.76E+04

11
{Integrate the line integral of, $$\vec F = 6.8xy\hat x + 7y^3\hat y $$, along the y axis from  y = 3 to y = 17} - a) 1.28E+05 - b) 1.36E+05 + c) 1.46E+05 - d) 1.56E+05 - e) 1.67E+05

12
{Integrate the line integral of, $$\vec F = 9.9xy\hat x + 6.1y^3\hat y $$, along the y axis from  y = 7 to y = 16} - a) 7.86E+04 - b) 8.41E+04 - c) 9.00E+04 + d) 9.63E+04 - e) 1.03E+05

13
{Integrate the line integral of, $$\vec F = 6.9xy\hat x + 7.4y^3\hat y $$, along the y axis from  y = 3 to y = 18} - a) 1.69E+05 - b) 1.81E+05 + c) 1.94E+05 - d) 2.08E+05 - e) 2.22E+05

14
{Integrate the line integral of, $$\vec F = 8.3xy\hat x + 8.6y^3\hat y $$, along the y axis from  y = 4 to y = 16} - a) 1.31E+05 + b) 1.40E+05 - c) 1.50E+05 - d) 1.61E+05 - e) 1.72E+05

15
{Integrate the line integral of, $$\vec F = 8.9xy\hat x + 5.4y^3\hat y $$, along the y axis from  y = 7 to y = 17} + a) 1.10E+05 - b) 1.17E+05 - c) 1.25E+05 - d) 1.34E+05 - e) 1.44E+05

16
{Integrate the line integral of, $$\vec F = 9.4xy\hat x + 9.3y^3\hat y $$, along the y axis from  y = 6 to y = 18} - a) 2.11E+05 - b) 2.25E+05 + c) 2.41E+05 - d) 2.58E+05 - e) 2.76E+05

17
{Integrate the line integral of, $$\vec F = 6.9xy\hat x + 5.5y^3\hat y $$, along the y axis from  y = 7 to y = 18} + a) 1.41E+05 - b) 1.51E+05 - c) 1.61E+05 - d) 1.73E+05 - e) 1.85E+05

18
{Integrate the line integral of, $$\vec F = 8.4xy\hat x + 8.3y^3\hat y $$, along the y axis from  y = 5 to y = 15} - a) 9.70E+04 + b) 1.04E+05 - c) 1.11E+05 - d) 1.19E+05 - e) 1.27E+05

19
{Integrate the line integral of, $$\vec F = 7.3xy\hat x + 5.2y^3\hat y $$, along the y axis from  y = 5 to y = 11} + a) 1.82E+04 - b) 1.95E+04 - c) 2.09E+04 - d) 2.23E+04 - e) 2.39E+04

20
{Integrate the line integral of, $$\vec F = 7.8xy\hat x + 8y^3\hat y $$, along the y axis from  y = 6 to y = 13} - a) 4.45E+04 - b) 4.76E+04 - c) 5.10E+04 + d) 5.45E+04 - e) 5.83E+04

21
{Integrate the line integral of, $$\vec F = 8.5xy\hat x + 7.5y^3\hat y $$, along the y axis from  y = 7 to y = 18} - a) 1.68E+05 - b) 1.80E+05 + c) 1.92E+05 - d) 2.06E+05 - e) 2.20E+05

a07energy_lineIntegral_2_v1
{Integrate the function, $$\vec F = r^7\theta^9\hat r + r^7\theta^ 5\hat \theta$$, along the first quadrant of a circle of radius 8} - a) 3.43E+07 - b) 3.67E+07 - c) 3.93E+07 + d) 4.20E+07 - e) 4.49E+07

2
{Integrate the function, $$\vec F = r^6\theta^8\hat r + r^7\theta^ 6\hat \theta$$, along the first quadrant of a circle of radius 5} - a) 1.15E+06 - b) 1.23E+06 + c) 1.32E+06 - d) 1.41E+06 - e) 1.51E+06

3
{Integrate the function, $$\vec F = r^6\theta^6\hat r + r^8\theta^ 7\hat \theta$$, along the first quadrant of a circle of radius 3} - a) 6.96E+04 - b) 7.44E+04 - c) 7.97E+04 - d) 8.52E+04 + e) 9.12E+04

4
{Integrate the function, $$\vec F = r^4\theta^6\hat r + r^7\theta^ 8\hat \theta$$, along the first quadrant of a circle of radius 6} + a) 1.09E+07 - b) 1.16E+07 - c) 1.24E+07 - d) 1.33E+07 - e) 1.42E+07

5
{Integrate the function, $$\vec F = r^8\theta^9\hat r + r^8\theta^ 5\hat \theta$$, along the first quadrant of a circle of radius 6} - a) 2.06E+07 - b) 2.20E+07 - c) 2.36E+07 + d) 2.52E+07 - e) 2.70E+07

6
{Integrate the function, $$\vec F = r^7\theta^8\hat r + r^9\theta^ 4\hat \theta$$, along the first quadrant of a circle of radius 8} - a) 1.68E+09 - b) 1.79E+09 - c) 1.92E+09 + d) 2.05E+09 - e) 2.20E+09

7
{Integrate the function, $$\vec F = r^9\theta^3\hat r + r^8\theta^ 7\hat \theta$$, along the first quadrant of a circle of radius 4} - a) 1.14E+06 + b) 1.21E+06 - c) 1.30E+06 - d) 1.39E+06 - e) 1.49E+06

8
{Integrate the function, $$\vec F = r^5\theta^7\hat r + r^4\theta^ 4\hat \theta$$, along the first quadrant of a circle of radius 9} - a) 1.06E+05 + b) 1.13E+05 - c) 1.21E+05 - d) 1.29E+05 - e) 1.38E+05

9
{Integrate the function, $$\vec F = r^3\theta^4\hat r + r^6\theta^ 5\hat \theta$$, along the first quadrant of a circle of radius 9} - a) 1.12E+07 + b) 1.20E+07 - c) 1.28E+07 - d) 1.37E+07 - e) 1.47E+07

10
{Integrate the function, $$\vec F = r^4\theta^3\hat r + r^6\theta^ 7\hat \theta$$, along the first quadrant of a circle of radius 7} - a) 3.33E+06 - b) 3.57E+06 + c) 3.82E+06 - d) 4.08E+06 - e) 4.37E+06

11
{Integrate the function, $$\vec F = r^3\theta^7\hat r + r^7\theta^ 4\hat \theta$$, along the first quadrant of a circle of radius 4} - a) 1.02E+05 - b) 1.09E+05 - c) 1.17E+05 + d) 1.25E+05 - e) 1.34E+05

12
{Integrate the function, $$\vec F = r^5\theta^4\hat r + r^5\theta^ 8\hat \theta$$, along the first quadrant of a circle of radius 5} - a) 8.25E+04 - b) 8.83E+04 - c) 9.45E+04 + d) 1.01E+05 - e) 1.08E+05

13
{Integrate the function, $$\vec F = r^6\theta^8\hat r + r^8\theta^ 9\hat \theta$$, along the first quadrant of a circle of radius 3} - a) 1.37E+05 - b) 1.47E+05 - c) 1.57E+05 - d) 1.68E+05 + e) 1.80E+05

14
{Integrate the function, $$\vec F = r^8\theta^5\hat r + r^4\theta^ 6\hat \theta$$, along the first quadrant of a circle of radius 4} - a) 2.63E+03 - b) 2.82E+03 - c) 3.01E+03 - d) 3.23E+03 + e) 3.45E+03

15
{Integrate the function, $$\vec F = r^5\theta^3\hat r + r^6\theta^ 6\hat \theta$$, along the first quadrant of a circle of radius 3} - a) 6.44E+03 - b) 6.89E+03 + c) 7.37E+03 - d) 7.89E+03 - e) 8.44E+03

16
{Integrate the function, $$\vec F = r^7\theta^4\hat r + r^5\theta^ 6\hat \theta$$, along the first quadrant of a circle of radius 7} - a) 3.03E+05 - b) 3.24E+05 - c) 3.46E+05 - d) 3.71E+05 + e) 3.97E+05

17
{Integrate the function, $$\vec F = r^9\theta^6\hat r + r^4\theta^ 4\hat \theta$$, along the first quadrant of a circle of radius 7} - a) 2.45E+04 - b) 2.62E+04 - c) 2.81E+04 - d) 3.00E+04 + e) 3.21E+04

18
{Integrate the function, $$\vec F = r^9\theta^4\hat r + r^7\theta^ 8\hat \theta$$, along the first quadrant of a circle of radius 8} - a) 8.86E+07 - b) 9.48E+07 - c) 1.01E+08 + d) 1.09E+08 - e) 1.16E+08

19
{Integrate the function, $$\vec F = r^9\theta^5\hat r + r^8\theta^ 7\hat \theta$$, along the first quadrant of a circle of radius 4} - a) 1.14E+06 + b) 1.21E+06 - c) 1.30E+06 - d) 1.39E+06 - e) 1.49E+06

20
{Integrate the function, $$\vec F = r^7\theta^3\hat r + r^4\theta^ 7\hat \theta$$, along the first quadrant of a circle of radius 3} - a) 1.05E+03 + b) 1.13E+03 - c) 1.20E+03 - d) 1.29E+03 - e) 1.38E+03

21
{Integrate the function, $$\vec F = r^6\theta^5\hat r + r^9\theta^ 7\hat \theta$$, along the first quadrant of a circle of radius 3} - a) 2.09E+05 - b) 2.23E+05 - c) 2.39E+05 - d) 2.56E+05 + e) 2.74E+05

a07energy_lineIntegral_3_v1
{Integrate the line integral of $$\vec F = 4xy\hat x + 7.7x\hat y $$  from the origin to the point at x = 2.5 and y = 3.3} + a) 5.93E+01 - b) 6.34E+01 - c) 6.78E+01 - d) 7.26E+01 - e) 7.77E+01

2
{Integrate the line integral of $$\vec F = 3xy\hat x + 6.9x\hat y $$  from the origin to the point at x = 2.3 and y = 3.8} - a) 4.70E+01 + b) 5.03E+01 - c) 5.38E+01 - d) 5.75E+01 - e) 6.16E+01

3
{Integrate the line integral of $$\vec F = 2.9xy\hat x + 7.3x\hat y $$  from the origin to the point at x = 2.3 and y = 3.8} - a) 4.48E+01 - b) 4.80E+01 + c) 5.13E+01 - d) 5.49E+01 - e) 5.88E+01

4
{Integrate the line integral of $$\vec F = 1.3xy\hat x + 6.4x\hat y $$  from the origin to the point at x = 2.2 and y = 3.6} - a) 3.07E+01 + b) 3.29E+01 - c) 3.52E+01 - d) 3.77E+01 - e) 4.03E+01

5
{Integrate the line integral of $$\vec F = 2.6xy\hat x + 8.6x\hat y $$  from the origin to the point at x = 2.9 and y = 3.7} + a) 7.31E+01 - b) 7.82E+01 - c) 8.37E+01 - d) 8.96E+01 - e) 9.58E+01

6
{Integrate the line integral of $$\vec F = 4xy\hat x + 9.8x\hat y $$  from the origin to the point at x = 2.6 and y = 3.9} - a) 7.93E+01 + b) 8.48E+01 - c) 9.08E+01 - d) 9.71E+01 - e) 1.04E+02

7
{Integrate the line integral of $$\vec F = 3.8xy\hat x + 5.1x\hat y $$  from the origin to the point at x = 2.5 and y = 3.2} - a) 4.27E+01 + b) 4.57E+01 - c) 4.89E+01 - d) 5.24E+01 - e) 5.60E+01

8
{Integrate the line integral of $$\vec F = 1.6xy\hat x + 8x\hat y $$  from the origin to the point at x = 2.6 and y = 3.4} + a) 4.76E+01 - b) 5.10E+01 - c) 5.45E+01 - d) 5.83E+01 - e) 6.24E+01

9
{Integrate the line integral of $$\vec F = 1.2xy\hat x + 5.3x\hat y $$  from the origin to the point at x = 2.1 and y = 3.1} - a) 1.73E+01 - b) 1.85E+01 - c) 1.98E+01 - d) 2.12E+01 + e) 2.27E+01

10
{Integrate the line integral of $$\vec F = 3.3xy\hat x + 8.7x\hat y $$  from the origin to the point at x = 2.1 and y = 3.2} - a) 4.18E+01 + b) 4.48E+01 - c) 4.79E+01 - d) 5.12E+01 - e) 5.48E+01

11
{Integrate the line integral of $$\vec F = 3.8xy\hat x + 9.8x\hat y $$  from the origin to the point at x = 2.9 and y = 3.4} - a) 7.90E+01 + b) 8.45E+01 - c) 9.05E+01 - d) 9.68E+01 - e) 1.04E+02

12
{Integrate the line integral of $$\vec F = 1.6xy\hat x + 8.7x\hat y $$  from the origin to the point at x = 2.7 and y = 3.2} - a) 4.37E+01 - b) 4.68E+01 + c) 5.00E+01 - d) 5.35E+01 - e) 5.73E+01

13
{Integrate the line integral of $$\vec F = 1.2xy\hat x + 8.3x\hat y $$  from the origin to the point at x = 2.8 and y = 3.8} - a) 4.58E+01 - b) 4.90E+01 - c) 5.24E+01 + d) 5.61E+01 - e) 6.00E+01

14
{Integrate the line integral of $$\vec F = 2.4xy\hat x + 6.8x\hat y $$  from the origin to the point at x = 2.1 and y = 3.8} + a) 4.05E+01 - b) 4.34E+01 - c) 4.64E+01 - d) 4.97E+01 - e) 5.31E+01

15
{Integrate the line integral of $$\vec F = 1.1xy\hat x + 6.4x\hat y $$  from the origin to the point at x = 2.9 and y = 3.7} - a) 4.28E+01 + b) 4.57E+01 - c) 4.89E+01 - d) 5.24E+01 - e) 5.60E+01

16
{Integrate the line integral of $$\vec F = 3.7xy\hat x + 8.4x\hat y $$  from the origin to the point at x = 2.6 and y = 3.4} - a) 5.00E+01 - b) 5.34E+01 - c) 5.72E+01 - d) 6.12E+01 + e) 6.55E+01

17
{Integrate the line integral of $$\vec F = 3.6xy\hat x + 5.1x\hat y $$  from the origin to the point at x = 2.2 and y = 3.5} - a) 3.49E+01 - b) 3.73E+01 + c) 4.00E+01 - d) 4.28E+01 - e) 4.58E+01

18
{Integrate the line integral of $$\vec F = 2xy\hat x + 7.2x\hat y $$  from the origin to the point at x = 2.4 and y = 3.2} - a) 3.05E+01 - b) 3.26E+01 - c) 3.49E+01 - d) 3.73E+01 + e) 3.99E+01

19
{Integrate the line integral of $$\vec F = 2.2xy\hat x + 9.2x\hat y $$  from the origin to the point at x = 2.1 and y = 3.4} + a) 4.38E+01 - b) 4.69E+01 - c) 5.02E+01 - d) 5.37E+01 - e) 5.75E+01

20
{Integrate the line integral of $$\vec F = 2xy\hat x + 9.7x\hat y $$  from the origin to the point at x = 2.8 and y = 3.2} - a) 5.26E+01 - b) 5.62E+01 + c) 6.02E+01 - d) 6.44E+01 - e) 6.89E+01

21
{Integrate the line integral of $$\vec F = 2xy\hat x + 9.5x\hat y $$  from the origin to the point at x = 2.1 and y = 3.8} + a) 4.91E+01 - b) 5.25E+01 - c) 5.62E+01 - d) 6.01E+01 - e) 6.43E+01

a07energy_lineIntegral_4_v1
{Integrate the function, $$\vec F = -x^2y^2\hat x + x^2y^3\hat y$$, as a line integral around a unit square with corners at (0,0),(1,0),(1,1),(0,1). Orient the path so its direction is out of the paper by the right hand rule} - a) 4.45E-01 - b) 4.76E-01 - c) 5.10E-01 - d) 5.45E-01 + e) 5.83E-01

2
{Integrate the function, $$\vec F = -x^2y^3\hat x + x^2y^4\hat y$$, as a line integral around a unit square with corners at (0,0),(1,0),(1,1),(0,1). Orient the path so its direction is out of the paper by the right hand rule} - a) 4.66E-01 - b) 4.98E-01 + c) 5.33E-01 - d) 5.71E-01 - e) 6.11E-01

3
{Integrate the function, $$\vec F = -x^3y^5\hat x + x^2y^3\hat y$$, as a line integral around a unit square with corners at (0,0),(1,0),(1,1),(0,1). Orient the path so its direction is out of the paper by the right hand rule} - a) 3.81E-01 - b) 4.08E-01 - c) 4.37E-01 - d) 4.67E-01 + e) 5.00E-01

4
{Integrate the function, $$\vec F = -x^5y^2\hat x + x^5y^3\hat y$$, as a line integral around a unit square with corners at (0,0),(1,0),(1,1),(0,1). Orient the path so its direction is out of the paper by the right hand rule} - a) 3.64E-01 - b) 3.89E-01 + c) 4.17E-01 - d) 4.46E-01 - e) 4.77E-01

5
{Integrate the function, $$\vec F = -x^4y^4\hat x + x^5y^4\hat y$$, as a line integral around a unit square with corners at (0,0),(1,0),(1,1),(0,1). Orient the path so its direction is out of the paper by the right hand rule} - a) 3.27E-01 - b) 3.49E-01 - c) 3.74E-01 + d) 4.00E-01 - e) 4.28E-01

6
{Integrate the function, $$\vec F = -x^3y^5\hat x + x^5y^2\hat y$$, as a line integral around a unit square with corners at (0,0),(1,0),(1,1),(0,1). Orient the path so its direction is out of the paper by the right hand rule} - a) 4.76E-01 - b) 5.10E-01 - c) 5.45E-01 + d) 5.83E-01 - e) 6.24E-01

7
{Integrate the function, $$\vec F = -x^5y^4\hat x + x^5y^4\hat y$$, as a line integral around a unit square with corners at (0,0),(1,0),(1,1),(0,1). Orient the path so its direction is out of the paper by the right hand rule} + a) 3.67E-01 - b) 3.92E-01 - c) 4.20E-01 - d) 4.49E-01 - e) 4.81E-01

8
{Integrate the function, $$\vec F = -x^4y^5\hat x + x^3y^3\hat y$$, as a line integral around a unit square with corners at (0,0),(1,0),(1,1),(0,1). Orient the path so its direction is out of the paper by the right hand rule} - a) 4.21E-01 + b) 4.50E-01 - c) 4.82E-01 - d) 5.15E-01 - e) 5.51E-01

9
{Integrate the function, $$\vec F = -x^5y^3\hat x + x^5y^4\hat y$$, as a line integral around a unit square with corners at (0,0),(1,0),(1,1),(0,1). Orient the path so its direction is out of the paper by the right hand rule} - a) 3.43E-01 + b) 3.67E-01 - c) 3.92E-01 - d) 4.20E-01 - e) 4.49E-01

10
{Integrate the function, $$\vec F = -x^2y^2\hat x + x^4y^3\hat y$$, as a line integral around a unit square with corners at (0,0),(1,0),(1,1),(0,1). Orient the path so its direction is out of the paper by the right hand rule} - a) 5.10E-01 - b) 5.45E-01 + c) 5.83E-01 - d) 6.24E-01 - e) 6.68E-01

11
{Integrate the function, $$\vec F = -x^2y^5\hat x + x^2y^4\hat y$$, as a line integral around a unit square with corners at (0,0),(1,0),(1,1),(0,1). Orient the path so its direction is out of the paper by the right hand rule} + a) 5.33E-01 - b) 5.71E-01 - c) 6.11E-01 - d) 6.53E-01 - e) 6.99E-01

12
{Integrate the function, $$\vec F = -x^3y^4\hat x + x^4y^4\hat y$$, as a line integral around a unit square with corners at (0,0),(1,0),(1,1),(0,1). Orient the path so its direction is out of the paper by the right hand rule} - a) 3.43E-01 - b) 3.67E-01 - c) 3.93E-01 - d) 4.21E-01 + e) 4.50E-01

13
{Integrate the function, $$\vec F = -x^2y^4\hat x + x^4y^5\hat y$$, as a line integral around a unit square with corners at (0,0),(1,0),(1,1),(0,1). Orient the path so its direction is out of the paper by the right hand rule} - a) 4.08E-01 - b) 4.37E-01 - c) 4.67E-01 + d) 5.00E-01 - e) 5.35E-01

14
{Integrate the function, $$\vec F = -x^5y^2\hat x + x^2y^4\hat y$$, as a line integral around a unit square with corners at (0,0),(1,0),(1,1),(0,1). Orient the path so its direction is out of the paper by the right hand rule} - a) 3.43E-01 + b) 3.67E-01 - c) 3.92E-01 - d) 4.20E-01 - e) 4.49E-01

15
{Integrate the function, $$\vec F = -x^4y^2\hat x + x^4y^5\hat y$$, as a line integral around a unit square with corners at (0,0),(1,0),(1,1),(0,1). Orient the path so its direction is out of the paper by the right hand rule} + a) 3.67E-01 - b) 3.92E-01 - c) 4.20E-01 - d) 4.49E-01 - e) 4.81E-01

16
{Integrate the function, $$\vec F = -x^3y^2\hat x + x^2y^4\hat y$$, as a line integral around a unit square with corners at (0,0),(1,0),(1,1),(0,1). Orient the path so its direction is out of the paper by the right hand rule} - a) 3.43E-01 - b) 3.67E-01 - c) 3.93E-01 - d) 4.21E-01 + e) 4.50E-01

17
{Integrate the function, $$\vec F = -x^4y^2\hat x + x^3y^4\hat y$$, as a line integral around a unit square with corners at (0,0),(1,0),(1,1),(0,1). Orient the path so its direction is out of the paper by the right hand rule} - a) 3.74E-01 + b) 4.00E-01 - c) 4.28E-01 - d) 4.58E-01 - e) 4.90E-01

18
{Integrate the function, $$\vec F = -x^2y^4\hat x + x^4y^3\hat y$$, as a line integral around a unit square with corners at (0,0),(1,0),(1,1),(0,1). Orient the path so its direction is out of the paper by the right hand rule} - a) 5.10E-01 - b) 5.45E-01 + c) 5.83E-01 - d) 6.24E-01 - e) 6.68E-01

19
{Integrate the function, $$\vec F = -x^4y^2\hat x + x^2y^3\hat y$$, as a line integral around a unit square with corners at (0,0),(1,0),(1,1),(0,1). Orient the path so its direction is out of the paper by the right hand rule} + a) 4.50E-01 - b) 4.82E-01 - c) 5.15E-01 - d) 5.51E-01 - e) 5.90E-01

20
{Integrate the function, $$\vec F = -x^5y^5\hat x + x^5y^5\hat y$$, as a line integral around a unit square with corners at (0,0),(1,0),(1,1),(0,1). Orient the path so its direction is out of the paper by the right hand rule} - a) 3.12E-01 + b) 3.33E-01 - c) 3.57E-01 - d) 3.82E-01 - e) 4.08E-01

21
{Integrate the function, $$\vec F = -x^3y^2\hat x + x^5y^3\hat y$$, as a line integral around a unit square with corners at (0,0),(1,0),(1,1),(0,1). Orient the path so its direction is out of the paper by the right hand rule} + a) 5.00E-01 - b) 5.35E-01 - c) 5.72E-01 - d) 6.13E-01 - e) 6.55E-01