-the-z-direction-and-the-area-vector-is-also-z-what-is-the-flux-through-the-loop

Question

A rectangular loop extends from x=0x=0 to x=1.0x=1.0 m	ext{m} and has height 3.03.0 m	ext{m}. The magnetic field is B(x)=(5+2x)B(x) = (5 + 2x) T	ext{T} in the +z+z direction, and the area vector is also +z+z. What is the flux through the loop?

Accepted Answer

1818 Wb	ext{Wb}

Answer

2121 Wb	ext{Wb}

Answer

99 Wb	ext{Wb}

Answer

1515 Wb	ext{Wb}

A rectangular loop extends from x=0x=0 to x=1.0x=1.0 m\(\text{m}\) and has height 3.03.0 m\(\text{m}\). The magnetic field is B(x)=(5+2x)B(x) = (5 + 2x) T\(\text{T}\) in the +z+z direction, and the area vector is also +z+z. What is the flux through the loop?

A rectangular loop extends from $x equals 0$ to $x equals 1.0$ $m$ and has height $3.0$ $m$ . The magnetic field is $B (x) = (5 + 2 x)$ $T$ in the $+ z$ direction, and the area vector is also $+ z$ . What is the flux through the loop?