Answer:
Spring force constant = 1.168 N/m
Explanation:
The period of an oscillating spring can be obtained using the formula:
T = 2π
The parameters available for the solution of the problem are itemized as follows:
Mass of air-track glider = 0.2 kg
Period of oscillation , T = 2.60 seconds
<em>( This is the period of oscillation because it is the time it takes the glider to move through the equilibrium point twice, thus the time it takes for the motion to e a complete cycle)</em>
Spring constant, k = ?
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inserting the parameters, we have
2.6 = 2π
=
Squaring both sides to remove the square root, we have
= 
Solving for K, by cross multiplying, we obtain the value of k as 1.168 N/m
∴ The value of the spring's force constant is = 1.168 N/m
504921600 seconds. Hope this helps!
The altitude is usually low. Tropical places are mainly on the ocean, that's usually why it's so hot. They are usually close to the equator, but not right on it. The tropics get a lot of direct sunlight, so wear that sunscreen! The ocean currents are warm, so they bring along warm water. All of those help make the tropics the way they are.
Hope this helps
Answer:

Explanation:
The potential produces by a point charge is given by:

Here, k is the Coulomb constant, q is the signed magnitude of the point charge and r is the distance between the charge and the point at which the electric potential is measured. Solving for q:

formed by the process of glaciation.