point charges of 10 microcoulomb 20 microcoulomb and - 4 microcoulomb are placed at the corners A,B and C respectively of a right angled triangle if AB= 0.1m BC= 0.6m CA =0.8m; calculate the resultant force on the charges
Dear student,
AB= 0.1m BC= 0.6m CA =0.8m, with these three sides, we can not make a right angled triangle. Plus the last line of the question is also not complete, please share the information , at which point do you need to calculate the resultant force, whether at A,B or C.(it was just mentioned as "calculate the resultant force on the charges", without mentioning at which point, we have to calculate the resultant force).
Your question is not clear and appears to be incomplete. Recheck your question or please be a little specific about the two points that we have mentioned here, so that we can provide you with some meaningful help.
Look forward to hearing from you again!
Regards,
AB= 0.1m BC= 0.6m CA =0.8m, with these three sides, we can not make a right angled triangle. Plus the last line of the question is also not complete, please share the information , at which point do you need to calculate the resultant force, whether at A,B or C.(it was just mentioned as "calculate the resultant force on the charges", without mentioning at which point, we have to calculate the resultant force).
Your question is not clear and appears to be incomplete. Recheck your question or please be a little specific about the two points that we have mentioned here, so that we can provide you with some meaningful help.
Look forward to hearing from you again!
Regards,