Question

in the diagram of the number of turns of the current carrying wire increase, what will happen to the magnetic field? explain ​

Answer 1

Answer:

8to a simple form of integral by substituting the independent variable by others. Take for example an equation having an independent variable in x, i.e. ∫sin (x3).\fcolorbox{aquaq}{green}{★Answer★}★Answer★ In this method of integration by substitution, any given integral is transformed into a simple form of integral by substituting the independent variable by others. Take for example an equation having an independent variable in x, i.e. ∫sin (x3).\fcolorbox{aquaq}{green}{★Answer★}★Answer★ In this method of integration by substitution, any given integral is transformed into a simple form of integral by substituting the independent variable by others. Take for example an equation having an independent variable in x, i.e. ∫sin (x3).\fcolorbox{aquaq}{green}{★Answer★}★Answer★ In this method of integration by substitution, any given integral is transformed into a simple form of integral by substituting the independent variable by others. Take for example an equation having an independent variable in x, i.e. ∫sin (x3).\fcolorbox{aquaq}{green}{★Answer★}★Answer★ In this method of integration by substitution, any given integral is transformed into a simple form of integral by substituting the independent variable by others. Take for example an equation having an independent variable in x, i.e. ∫sin (x3).\fcolorbox{aquaq}{green}{★Answer★}★Answer★ In this method of integration by substitution, any given integral is transformed into a simple form of integral by substituting the independent variable by others. Take for example an equation having an independent variable in x, i.e. ∫sin (x3).\fcolorbox{aquaq}{green}{★Answer★}★Answer★ In this method of integration by substitution, any given integral is transformed into a simple form of integral by substituting the independent variable by others. Take for example an equation having an independent variable in x, i.e. ∫sin (x3).\fcolorbox{aquaq}{green}{★Answer★}★Answer★ In this method of integration by substitution, any given integral is transformed into a simple form of integral by substituting the independent variable by others. Take for example an equation having an independent variable in x, i.e. ∫sin (x3).\fcolorbox{aquaq}{green}{★Answer★}★Answer★ In this method of integration by substitution, any given integral is transformed into a simple form of integral by substituting the independent variable by others. Tale of for example an for example an equation having an independent variable in x, i.e. ∫sin (x3).

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Explanation:

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