1. in the graph of voltage vs current, the slope is equal to... THIS ANSWER MUST BE A NUMBER !!!!!!2. plotting voltage
Posted: Mon May 16, 2022 4:02 pm
1. in the graph of voltage vs current, the slope is equal to... THIS ANSWER MUST BE A NUMBER !!!!!!2. plotting voltage vs current we get a graph (linear, exponential, quadratic, inverse) 3. graphing resistance vs current we get a graph (linear, exponential, quadratic, inverse)3. the experimental value of resistency is.... MUST BE A NUMBER PLEASE4. the experimental value of voltage is... MUST BE A NUMBER 5. the value of parameter A is... MUST BE A NUMBER TOOTHANK YOU FOR SAVING MY SEMESTER
THIS ANSWER MUST BE A NUMBER !!!!!!
2. plotting voltage vs current we get a graph (linear, exponential, quadratic, inverse) 3. graphing resistance vs current we get a graph (linear, exponential, quadratic, inverse)
2. plotting voltage vs current we get a graph (linear, exponential, quadratic, inverse)
3. graphing resistance vs current we get a graph (linear, exponential, quadratic, inverse)
3. the experimental value of resistency is.... MUST BE A NUMBER PLEASE
4. the experimental value of voltage is... MUST BE A NUMBER
5. the value of parameter A is... MUST BE A NUMBER TOO
THANK YOU FOR SAVING MY SEMESTER
THIS ANSWER MUST BE A NUMBER !!!!!!
2. plotting voltage vs current we get a graph (linear, exponential, quadratic, inverse) 3. graphing resistance vs current we get a graph (linear, exponential, quadratic, inverse)
2. plotting voltage vs current we get a graph (linear, exponential, quadratic, inverse)
3. graphing resistance vs current we get a graph (linear, exponential, quadratic, inverse)
3. the experimental value of resistency is.... MUST BE A NUMBER PLEASE
4. the experimental value of voltage is... MUST BE A NUMBER
5. the value of parameter A is... MUST BE A NUMBER TOO
THANK YOU FOR SAVING MY SEMESTER