Question

ᴡʜᴀᴛ ɪs ᴍᴀɢɴᴇᴛɪᴄ ғɪᴇʟᴅ ʟɪɴᴇs....

$<marquee scrollamount =600>❤α∂เтყα❤$​

Answer 1

$\Huge{\red{\underline{\textsf{Answer}}}}$

$\rule{200}3$

$\large{\pink{\underline{\tt{Diagram\::-}}}}$

$\setlength{\unitlength}{1.28mm}\begin{picture}(30,20)\linethickness{6.7mm}\put(0,0){\line(1,0){16}}\linethickness{0.4 mm}\put(0,-3){\line(1,0){30}}\put(0,3){\line(1,0){30}}\put(0,-3){\line(0,1){6}}\put(30,-3){\line(0,1){6}}\large{\put(26,-1.2){ \bf{S} }}\linethickness{0.1 mm}\put(0,0){\line(-1,0){12}}\put(30,0){\line(1,0){12}}\put(-12,0){\vector(1,0){6}}\put(30,0){\vector(1,0){6}}\put(-12,0){\vector(1,0){3}}\put(30,0){\vector(1,0){3}}\thinlines\qbezier(0,1)(-5,2)(-12,6)\qbezier(0,-1)(-5,-2)(-12,-6)\qbezier(0,2)(-5,4)(-12,12)\qbezier(0,-2)(-5,-4)(-12,-12)\qbezier(30,1)(35,2)(42,6)\qbezier(30,-1)(35,-2)(42,-6)\qbezier(30,2)(35,4)(42,12)\qbezier(30,-2)(35,-4)(42,-12)\qbezier(0,3)(-10,12)(5,20)\qbezier(30,3)(40,12)(25,20)\qbezier(5,20)(15,24)(25,20)\qbezier(0,-3)(-10,-12)(5,-20)\qbezier(30,-3)(40,-12)(25,-20)\qbezier(5,-20)(15,-24)(25,-20)\qbezier(2,3)(-3,6)(5,12)\qbezier(28,3)(33,6)(25,12)\qbezier(5,12)(15,18)(25,12)\qbezier(2,-3)(-3,-6)(5,-12)\qbezier(28,-3)(33,-6)(25,-12)\qbezier(5,-12)(15,-18)(25,-12)\qbezier(3,3)(1.5,4)(4,6)\qbezier(27,3)(28.5,4)(26,6)\qbezier(4,6)(15,12)(26,6)\qbezier(3,-3)(1.5,-4)(4,-6)\qbezier(27,-3)(28.5,-4)(26,-6)\qbezier(4,-6)(15,-12)(26,-6)\put(15,22){\vector(-1,0){2}}\put(15,15){\vector(-1,0){2}}\put(15,9.01){\vector(-1,0){2}}\put(15,-22){\vector(-1,0){2}}\put(15,-15){\vector(-1,0){2}}\put(15,-9.01){\vector(-1,0){2}}\end{picture}$

$\rule{200}3$

$\large{\purple{\underline{\tt{Explaination\::-}}}}$

$\orange\bigstar$ $\textbf{Magnetic\: feild\::-}$

• It is region around magnet were we are able to detect force of the magnet.

$\orange\bigstar$ $\textbf{Magnetic\:feild\:lines\::-}$

• It is a imaginary lines along which north magnetic pole would move.

$\rule{200}3$

The important proporties of magnetic feild and magnetic feild lines :-

• Magnetic field has magnitude.

• Magnetic feild has direction.

• Feild lines do not cross each other.

$\rule{200}3$

Answer 2

Answer:

A magnetic field is described by drawing the magnetic field line.

The path traced by a North magnetic pole free to move under the influence of magnetic field is called magnetic field line. It is also known as magnetic lines of force.

Magnetic field lines are laws begin from north pole of the magnet and end on the south pole of magnet.

magnetic field line originate from north pole of the magnet and and at its south pole magnetic field lines do not intersect one another magnetic field lines closer to one another near the pole of a magnet but they are widely separated to other poles

Nice bio ..xd

Plz follow me