The graph showcases the relationship between voltage and current. As we can see this is a linear relationship. Also the slope represents the resistance of the resistor which is calculated dividing voltage by the current.
Q. What does a downward sloping line on a speed versus time graph indicate?
The sloping line shows that the speed of the object is changing. The object is either speeding up or slowing down. If the line slopes downward from left to right on the graph, this means that the object is slowing down. Its acceleration will be negative.
Table of Contents
- Q. What does a downward sloping line on a speed versus time graph indicate?
- Q. What does a straight line drawn downwards on a velocity time graph represent?
- Q. What does a position-time graph represent?
- Q. What does the slope of position?
- Q. What does a straight IV curve tell us?
- Q. What is the slope of VI graph of a conductor represent?
- Q. What is the slope of IV graph?
- Q. What does the slope of VI graph?
- Q. What does the slope of IV graph of a conductor represent?
- Q. What does the slope of VI graph measures?
- Q. What is the use of VI graph?
- Q. What does the slope of distance graph give?
- Q. What is Ohm’s law explain with VI graph?
- Q. What is the difference between Vi graph and IV graph?
- Q. Which VI graph is Ohm’s law?
- Q. Which of the following VI graph obeys Ohm’s law?
Q. What does a straight line drawn downwards on a velocity time graph represent?
The steeper the slope of the line the greater the acceleration. If the line slopes downwards from left to right on the graph, this means that the object is slowing down.
Q. What does a position-time graph represent?
A position-time graph shows how far an object has traveled from its starting position at any given time since it started moving.
Q. What does the slope of position?
The slope of the position-time graph gives the speed of the object. Slope is given as. By definition, speed is given as distance divided by time. Thus, slope of the position-time graph is speed of the object.
Q. What does a straight IV curve tell us?
The I-V curve of an ideal voltage source is a straight line parallel to the current (I) axis—i.e., regardless of the current passing through the device, the voltage will not change.
Q. What is the slope of VI graph of a conductor represent?
Answer: The slope of V-I graph represents the resistance of a conductor. The above statement is in accordance with the Ohm’s law.
Q. What is the slope of IV graph?
The slope of VI graph give us the resistance. In IV graph, Current is at y-axis and potential is at x-axis. The reciprocal of the slope of IV graph shows the resistance.
Q. What does the slope of VI graph?
The slope of V-I graph represents the resistance of a conductor. The above statement is in accordance with the Ohm’s law. Here V is voltage. I is Electric current. R is Resistance.
Q. What does the slope of IV graph of a conductor represent?
Slope of V−I graph represents the Resistance.
Q. What does the slope of VI graph measures?
Answer: The slope of V-I graph represents the resistance of a conductor.
Q. What is the use of VI graph?
V-I characteristics stand for voltage-current characteristics of an electrical component or device. The V-I graph yields valuable information about the resistance and breaks down an electronic component. It also provides the operating region of a component.
Q. What does the slope of distance graph give?
The slope of the distance-time graph indicates speed. It is because the slope of a distance-time graph determines the speed of that body, so the steeper the slope greater will be the speed of the body.
Q. What is Ohm’s law explain with VI graph?
Ohm’s law is: The current flowing through a conductor is directly proportional to the voltage applied across the conductor. means I∝V or I=RV…..eq.( 1 ) from equation 1 we can see , the slope of I−V graph is 1/R which is a constant. graphically it can be shown as shown in figure of option B.
Q. What is the difference between Vi graph and IV graph?
In VI graph, we take potential at y-axis and current at x-axis. The slope of VI graph give us the resistance. In IV graph, Current is at y-axis and potential is at x-axis. The reciprocal of the slope of IV graph shows the resistance.
Q. Which VI graph is Ohm’s law?
The slope of V-I graph gives the resistance of the conductor. R is the constant for the given metallic wire at a given temperature and is called it’s resistance.
Q. Which of the following VI graph obeys Ohm’s law?
from equation 1 we can see , the slope of I−V graph is 1/R which is a constant. graphically it can be shown as shown in figure of option B. Hence option B is correct.
