1 point) Find ∫C((x2+5y)i⃗ +2y3j⃗ )⋅dr⃗ where C consists of the
three line segments from (1,0,0)...
1 point) Find ∫C((x2+5y)i⃗ +2y3j⃗ )⋅dr⃗ where C consists of the
three line segments from (1,0,0) to (1,2,0) to (0,2,0) to (0,2,2).
∫C((x2+5y)i⃗ +2y3j⃗ )⋅dr⃗ =
(1 point) FindC ∫((x^2+3y)i +3y^3j )*dr where C consists of the
three line segments from (1,0,0)...
(1 point) FindC ∫((x^2+3y)i +3y^3j )*dr where C consists of the
three line segments from (1,0,0) to (1,5,0) to (0,5,0) to
(0,5,1).
Consider ∫c x2ydx + x3dy where
C is the line segments going from (0,0) to (1,0)...
Consider ∫c x2ydx + x3dy where
C is the line segments going from (0,0) to (1,0) to (1,1) and back
to (0,0). Compute that path integral two ways: (a) directly via
parametrization, (b) using Green’s theorem.
Evaluate ∫C2x2+y2+1dS where C is the portion of the line
segments from the point (1,0) to...
Evaluate ∫C2x2+y2+1dS where C is the portion of the line
segments from the point (1,0) to (1,1) then from the point (1,1) to
(0,1) and then from the point (0,1) to (0,0).
1.
if F(x,y) = ye^x + e^x. find the integral over C of F * dr...
1.
if F(x,y) = ye^x + e^x. find the integral over C of F * dr when C
consists of the line segments 0,1) to (0,2) and (0,2) to
(4,2)
1) a) A point charge 10 C is located at (1,0,0) and another
charge of 40...
1) a) A point charge 10 C is located at (1,0,0) and another
charge of 40 C is located at (10,0,0). Find a point on x-axis where
voltage due to these two charges is zero. If a positive charge is
brought to this point from space, how much work is done.
b) A point charge -10 C is located at (1,0,0) and another charge
of -40 C is located at (10,0,0). Find a point on x-axis where
voltage due to...
Find the arc length of r(t) = from (1,0,0) to (-1,2,0)
Find the arc length of r(t) = from (1,0,0) to (-1,2,0)
Find an equation for the plane that
(a) is perpendicular to v=(1,1,1)v=(1,1,1) and passes through
(1,0,0).(1,0,0)....
Find an equation for the plane that
(a) is perpendicular to v=(1,1,1)v=(1,1,1) and passes through
(1,0,0).(1,0,0).
(b) is perpendicular to v=(1,2,3)v=(1,2,3) and passes through
(1,1,1).(1,1,1).
(c) is perpendicular to the line
l(t)=(5,0,2)t+(3,−1,1)l(t)=(5,0,2)t+(3,−1,1) and passes through
(5,−1,0).(5,−1,0).
(d) is perpendicular to the line
l(t)=(−1,−2,3)t+(0,7,1)l(t)=(−1,−2,3)t+(0,7,1) and passes through
(2,4,−1).