Answer:
3 mA.
Explanation:
The following data were obtained from the question:
Resistor (R) = 500 Ω
Potential difference (V) = 1.5 V
Current (I) =.?
Using the ohm's law equation, we can obtain the current as follow:
V = IR
1.5 = I x 500
Divide both side by 500
I = 1.5 / 500
I = 3×10¯³ A.
Therefore, the current in the circuit is 3×10¯³ A.
Finally, we shall convert 3×10¯³ A to milliampere (mA).
This can be obtained as follow:
Recall:
1 A = 1000 mA
Therefore,
3×10¯³ A = 3×10¯³ × 1000 = 3 mA
Therefore, 3×10¯³ A is equivalent to 3 mA.
Thus, the current in mA flowing through the circuit is 3 mA.
Answer: The resistance of the wire is 17.1 ohms
Explanation: Please see the attachments below
Answer:
I need a picture
Explanation:
please elaborate. I need to get brainliest so I have to answer questions and get them right so send a picture so I can see the equation.
Answer:
Option B. 1,100 Earth diameters
Solution:
Angular position of steroid,
(given)
To calculate the distance of asteroid, we use parallax method given as:
(1)
where,
From the relation:
l = 
we get:
distance(d) or R = 
distance(d) or R = 
d = 
distance, d = 
Comparing it with Earth's diameter:
d = 
Since, the value is close to 1,100 Earth diameters, therefore, option B is the right answer.
Answer:
Fast moving electrons produce larger current because if electrons move faster, the rate of flow of charge in a given volume will be more
Explanation:
Assuming that there are no collisions between the electrons
Fast moving electrons produce larger currents because the rate of flow of charge which is the rate of change of amount of charge in a given volume will be more as the speed of the electrons is more
<h3>As the current is defined as the rate of flow of charge and by the formula it is represented as </h3><h3>I = dQ ÷ dt</h3>
where I is the current flowing through it
dQ is the change in amount of charge
dt is the change in time
In case of fast-moving electrons the term dQ ÷ dt will be more and therefore the current will be more
∴ Larger current is produced by fast moving electrons