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As Shown in the Figure,a Rectangular Current Loop Is Carrying

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As shown in the figure,a rectangular current loop is carrying current As shown in the figure,a rectangular current loop is carrying current   = 3.0 A,in the direction shown,and is located near a long wire carrying a current   .The long wire is parallel to the sides of the rectangle.The rectangle loop has length 0.80 m and its sides are 0.10 m and 0.70 m from the wire,as shown.We measure that the net force on the rectangular loop is   and is directed towards the wire.     (a)What is the magnitude of the current I<sub>w</sub>? (b)In which direction does I<sub>w</sub> flow: from top to bottom or from bottom to top in the sketch? = 3.0 A,in the direction shown,and is located near a long wire carrying a current As shown in the figure,a rectangular current loop is carrying current   = 3.0 A,in the direction shown,and is located near a long wire carrying a current   .The long wire is parallel to the sides of the rectangle.The rectangle loop has length 0.80 m and its sides are 0.10 m and 0.70 m from the wire,as shown.We measure that the net force on the rectangular loop is   and is directed towards the wire.     (a)What is the magnitude of the current I<sub>w</sub>? (b)In which direction does I<sub>w</sub> flow: from top to bottom or from bottom to top in the sketch? .The long wire is parallel to the sides of the rectangle.The rectangle loop has length 0.80 m and its sides are 0.10 m and 0.70 m from the wire,as shown.We measure that the net force on the rectangular loop is As shown in the figure,a rectangular current loop is carrying current   = 3.0 A,in the direction shown,and is located near a long wire carrying a current   .The long wire is parallel to the sides of the rectangle.The rectangle loop has length 0.80 m and its sides are 0.10 m and 0.70 m from the wire,as shown.We measure that the net force on the rectangular loop is   and is directed towards the wire.     (a)What is the magnitude of the current I<sub>w</sub>? (b)In which direction does I<sub>w</sub> flow: from top to bottom or from bottom to top in the sketch? and is directed towards the wire. As shown in the figure,a rectangular current loop is carrying current   = 3.0 A,in the direction shown,and is located near a long wire carrying a current   .The long wire is parallel to the sides of the rectangle.The rectangle loop has length 0.80 m and its sides are 0.10 m and 0.70 m from the wire,as shown.We measure that the net force on the rectangular loop is   and is directed towards the wire.     (a)What is the magnitude of the current I<sub>w</sub>? (b)In which direction does I<sub>w</sub> flow: from top to bottom or from bottom to top in the sketch? As shown in the figure,a rectangular current loop is carrying current   = 3.0 A,in the direction shown,and is located near a long wire carrying a current   .The long wire is parallel to the sides of the rectangle.The rectangle loop has length 0.80 m and its sides are 0.10 m and 0.70 m from the wire,as shown.We measure that the net force on the rectangular loop is   and is directed towards the wire.     (a)What is the magnitude of the current I<sub>w</sub>? (b)In which direction does I<sub>w</sub> flow: from top to bottom or from bottom to top in the sketch? (a)What is the magnitude of the current Iw?
(b)In which direction does Iw flow: from top to bottom or from bottom to top in the sketch?


Definitions:

Kruskal-Wallis Test

A statistical test that determines if three or more independent samples come from populations with the same distribution, using ranking methods.

Alternative Hypothesis

In hypothesis testing, it is the statement that contradicts the null hypothesis, asserting that there is a significant difference or effect.

Population Locations

Refers to the geographical or spatial distribution of members within a defined population.

Kruskal-Wallis

A non-parametric test used to compare three or more independent samples to determine if they come from the same distribution.

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