Answer:
It will take 29.31 seconds for the Boxster to catch the Scion
Explanation:
Given the data in the question;
lets say Toyota Scion xB is car A and Porsche Boxster convertible is B and Toyota Scion xB is car A
the distance travelled by car A is
x = 
× t
where is the speed of the car and t is time
the distance travelled by car B before reaching car A will be;
x + x₀ = 
× t
Now lets replace x by × t
so
( × t) + x₀ = × t
x₀ = ( × t) - ( × t)
x₀ = t ( - )
t = x₀ / ( - )
so we substitute
t = 170 m / (24.4 - 18.6)
t = 170 / 5.8
t = 29.31 s
Therefore; it will take 29.31 s for the Boxster to catch the Scion
Answer:
90 degree hope it help :))
To solve this problem we will use the concepts related to the speed of a string which is given by the applied voltage and the linear mass density of it. With the speed value we can find the fundamental frequency that will serve as a step to find the maximum speed through the relation of Amplitude and Angular Speed. So:
Where,
T = Tension
= Linear mass density
With this value the fundamental frequency would be
Finally the maximum speed is given with the relation between the Amplitude (A) and the Angular frequency, then
Therefore the correct answer is B.
Answer:
hmm i could be wrong but i think it is nuclear energy and thermal.
Explanation:
