The time required to travel that distance at the given speed is determined as 15.84 seconds.
<h3>Time of motion</h3>
The time of motion of the person is calculated as follows;
Distance = speed x time
time = distance/speed
where;
- distance = 500 m = 0.31 mile
time = (0.31 mile)/(70 mph)
time = 0.0044 hr = 15.84 seconds
Thus, the time required to travel that distance at the given speed is determined as 15.84 seconds.
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Answer:
3.46 x 10^(-13) Joules
Explanation:
The electrical work needed to assemble the system of three charges can be calculated by the following formula:
Where the variables are draw in teh attached image.
In an equilateral triangle:
r_12 = r_13 = r_23 = r
And all the charges are the same, therefore:
q1 = q2 = q3 = q
Replacing these values in the W formula:
Now let's evaluate this formula with
r =2.00 * 10^-15 m
q = 1.6 * 10^-19 C
Natural gas is the answer.
The speed of a falling object<span> is not </span>affected<span> by the </span>mass<span> of the </span>object<span> ... This means that </span>if<span> both accelerate at the same rate, then the force acting on </span>objects<span> of different ... time and </span>initial velocity<span> and not dependent on the </span>mass<span> of the </span>object<span> at all</span>