That's not enough description to tell us what's going on.
We need to know what's powering the circuit, what the "cell" is
and how it's configured in the circuit, where the switch is in the
circuit, and what points in the circuit are being touched with the
probes of the voltmeter.
A simple drawing would be an ideal solution to our dilemma.
Given that, we could start work on an answer immediately,
and most likely have it ready for you by next Tuesday.
The answer is A. T<span>he cells in between were programmed to die</span>
Answer:
object distance p = 13.33 cm
Explanation:
For this problem of finding the image of an object we must use the constructor equation
1 / f = 1 / p + 1 / q
where f is the focal length, p and q are the distances to the object and the image, respectively.
In this case they indicate the focal length f = 10 cm, since the person has hyperopia, the image must be formed q = 40 cm, let's find where the object is (p)
1 / p = 1 / f - 1 / q
1 / p = 1/10 - 1/40
1 / p = 0.075
p = 13.33 cm
Answer:
Distance = 10 kilometers.
Explanation:
Given the following data;
Speed = 5km/h
Time = 2 hours
To find the distance traveled;
Distance = speed * time
Distance = 5 * 2
Distance = 10 kilometers
Therefore, the distance travelled by the car is 10 kilometers.