.

Select the magnetic field pointing In, and the current going Left.

Play the video. The scale will bounce at first and then settle down to a steady reading. Pause the video and record this scale reading below.

Read this to me

Hint:

Q1/ Record the reading the first time (not the second time) the wire is touched to the battery. Note that the scale is calibrated in grams (every small line represents 2g2g2 g). It is difficult to read but try to get an accurate reading.

76 g

Q2/Calculate the magnetic force that corresponds to this scale reading.

Type in your work below (formula, calculated values.)

Save & Close Submit for Grad . Saved 1. Select the magnetic field pointing In, and the current going Left Play the video. The scale will bounce at first and then settle down to a steady reading. Pause the video and record this scale readin Hint Record the reading the first time (not the second time) the wire is touched to the battery. Note that the scale is calibrated in grams (every small line represents 2g ). It is difficult to read but try to get an accurate reading. B I U 76 B Score: 0/1 2. Calculate the magnetic force that corresponds to this scale reading. Type in your work below (formula, calculated values.) BIUEEZE Score: 0/1 Lock Answer and ContinueSubmit for Grading Lorentz Force X Force on a current-carrying conductor in a magnetic field Direct Measurement Video 0 2016 Pivot Interactives B FIELD DIRECTION CURRENT DIRECTION in left Change . Saved 1. Select the magnetic field pointing In, and the current going Left Play the video. The scale will bounce at first and then settle down to a steady reading. Pause the video and record this scale reading below. Hint: Record the reading the first time (not the second time) the wire is touched to the battery. Note that the scale is calibrated in grams (every small line represents 2g ). It is difficult to read but try to get an accurate reading