Answer:
The plan would not be successful
Explanation:
Radar ranging is not suitable for this plan because of the challenges that associate with the implementation of radar ranging. The Radar is a detection system that uses radio waves to determine the range, angle, or velocity of objects. The distance of these kuiper belts to the earth is enormously large, as soon as the signal is sent, it begins to spread out and the larger the distance the more spread out the signal would have been before getting to its destination, the more the echo that is generated resulting in a very poor signal strength.
Answer:
2Hz
Explanation:
this is a correct answer.
The offspring can have some features for the parents relatives and can look nothing like the parents. They can look exactly alike to more of one parent then the other or have features from both parents as well
Hope this helps :3
A) 222 N/m
Explanation:
Hook's law gives us the relationship between force (F), displacement with respect to the original length (x) and spring's constant (k):
In this part of the problem, we have:
F = 120 N - 100 N = 20 N is the new force applied
x = 9.0 cm = 0.09 m is the displacement relative to the initial stretched position
Solving the equation for k, we find the spring constant
B) 45 cm
We can use Hook's law also for this part of the exercise:
where this time we have
F = 100 N (the original pull applied)
k = 222 N/m
Solving the equation for x, we find the original displacement: