Answer:
The new period will be √6 *T
Explanation:
period ,T=2π√(L/g) ................equation 1
where T is the period on earth
gravitational acceleration on the moon is g/6
T1 = 2π√[L/(g/6)]
T1=2π√(6L/g) ...............equation 2
divide equation 2 by 1
T1/T =2π√(6L/g)÷2π√(L/g)
T1/T =√(6L/L)
T1/T =√6
T1 = √6 *T
Answer:
<em>In order from largest to smallest these terms are:</em>
- <em>In order from largest to smallest these terms are:Universe</em>
- <em>In order from largest to smallest these terms are:UniverseGalaxy</em>
- <em>In order from largest to smallest these terms are:UniverseGalaxySolar system</em>
- <em>In order from largest to smallest these terms are:UniverseGalaxySolar systemStar</em>
- <em>In order from largest to smallest these terms are:UniverseGalaxySolar systemStarPlanet</em>
- <em>In order from largest to smallest these terms are:UniverseGalaxySolar systemStarPlanetMoon</em>
- <em>In order from largest to smallest these terms are:UniverseGalaxySolar systemStarPlanetMoonAsteroid</em>
<em>In order from largest to smallest these terms are:UniverseGalaxySolar systemStarPlanetMoonAsteroidWe can generally say that a Moon is larger than an asteroid however some moons are quite large while others are smaller than many known asteroids. Asteroids are small rocky bodies that orbit the Sun, while moons are objects that orbit planets. Jupiter and Saturn have attracted many objects out of the asteroid belt and gathered them as moons.</em>
According to Newton's third law, the foot and the soccer ball<span> exert equal and opposite </span>forces<span> on each other. An </span>action force<span> and the </span>reaction force<span> that results are called a </span>force<span> pair. Newton's third law states that the </span>forces<span> in a </span>force<span> pair are equal in size, but opposite in direction.
hope it helped</span>
Answer:
Explanation:
<u>Displacement Vector</u>
The displacement, as every vector, has a magnitude r and a direction angle θ measured from the positive x-axis.
If we know the x-y components of the displacement, the magnitude and angle can be calculated by the equations:
The coordinates of the given vector are x=-12 m, y=21 m, thus:
Since the vector lies in the second quadrant, we add 180° to find the correct direction: