+0

someone help me finish the table?

0
68
4
+1898

i am unsure how to solve for the other parts of the table, the specfic equations for them using the information in for the first 3 columns.

Can someone run through me for the first number of resistors so i can then complete the whole table myself

Apr 17, 2020

#1
0

I don't think your image is showing up.

Apr 17, 2020
#2
+483
+1

Just wait a bit and it'll go through moderation, I'm fairly sure

jfan17  Apr 17, 2020
#3
+1904
+3

Solution(s):

$$\large{ \begin{array}{|l|l|l|l|l|l|l|l|l|} \hline \mathbf{R}&\mathbf{I_n }&\mathbf{\Delta V_n}&\mathbf{Meas.I_{total}}&\mathbf{R_n}\;\Omega&\mathbf{Calc.I _{total}}&\mathbf{\Delta V_{total}}&\mathbf{R_{eq}}\;\Omega \\ \hline 1&5&15&*&3&5&15&3 \\ \hline 2&2.5&7.5&*&3&2.5&15&6 \\ \hline 3&1.67&5&*&3&5&5&1 \\ \hline \end{array} }$$

Notes:

* The measured current is determined (in a lab setting), using an amp-meter in series with the circuit. The measured current is unique to each circuit, and will typically vary up to $$\pm 20\%$$ of the calculated value, depending on the tolerance of the resistors and the power supply.

R3 is three resistors in parallel. If the higher count resistor circuits use a combination of series and parallel resistors, it may be quite tricky to figure out.

GA

Apr 18, 2020
edited by GingerAle  Apr 18, 2020
edited by GingerAle  Apr 18, 2020
edited by Guest  Apr 20, 2020
#4
+1898
+1

thank you so much for yuor help!!

jjennylove  Apr 22, 2020