SOLVE FOR THE FOLLOWING PROBLEMQUESTIONS USING THE EQUATION OFTHE UNIVERSAL LAW OF GRAVITY OFSIR ISAAC NEWTON WHERE FgGm1m2/r^2.SHOW YOUR SOLUTION:1. On Venus, a person with mass 68 kgwould weigh 572 N. Find the mass ofVenus from this data, given that theplanet's radius is 6.31 x 10^6 m.2. In an experiment, an 8.0 kg leadsphere is brought close to a 1.5 kg mass.The gravitational force between the twoobjects is 1.28 x 10^-8 N. How far apartare the centres of the objects?3. The radius of the planet Uranus is 4.3times the radius of earth. The mass ofUranus is 14.7 times Earth's mass. Howdoes the gravitational force on Uranus'surface compare to that on Earth'ssurface?4. Along a line connecting Earth and theMo at what distance from Earth'shave to begravitationalcentre would an objectlocated SO that theattractive force of Earth on the objectwas equal in magnitude and opposite indirection from thegravitationalattractive force of the Moon on theobject?

Note: Since we only answer up to 3 sub-parts, we’ll answer the first 3. Please resubmit the question…

Answered: SOLVE FOR THE FOLLOWING PROBLEM…

Similar questions

A 1kg rock is taken on Moon from Earth. Acceleration due to gravity (g) on Moon is 1.6m/s2.. What will be mass of rock on Moon and what will be weight of rock on Moon? Choose one correct answer with correct unit of measure of mass and weight . A. Mass = 1kg , Weight = 1.6 N B. Mass = 9.8 pounds , Weight = 1.6 kg C. Mass = 1.6 kg , Weight = 9.8N D. Mass = 1 pound , Weight = 1.6 pounds
Solve it correctly please. I will rate accordingly
Include appropriate units in your final answer. Round off your final answer to two decimal places. Box your final answer. Follow the given formulas 10. The particle is at rest but decided to move in a circle of radius 0.0023 km. The speed of a particle is v = 1.2 m/s². The resultant acceleration of the particle at t = 0.5 minutes. (a) What is the magnitude of its radial acceleration? (b) What is the magnitude of its tangential acceleration? (c) What is the total acceleration of the particle?
Write your name and date. The due date of this assignment is the height the ax head falls from in meters into the water. For example, if the due date is July 15, then the ax head fell 15 meters to the water. Write Newton’s 2nd Law in Equation Form. Write the quantity and units of average gravitational acceleration on the surface of Earth. Given the ax head mentioned in the opening portion with the height being equal in numerical value of the due day of this assignment. How long does it take for the ax to fall to the river surface? Compute the final speed of the ax when it hits the water.
Part A Kepler's Third "Law" states that the square of the orbital period of a planet (T) is proportional to the cube of the planet's average orbital radius (r), T² = kr³, where k is the proportionality constant connecting T2 and We can derive Kepler's Third "Law" and show that k = 4/Gmgun, where G is the universal gravitational constant and msun is the mass of the sun, by %3D preventing a global thermonuclear war before it ruins our day and then binge watching the first ten seasons of the Walking Dead on Netflix. setting the acceleration due to gravity at the surface of the planet equal to the acceleration due to gravity at the surface of the sun. O setting the mutual gravitational force between the planet and the sun, Gmplanetmsunr, equal to the centripetal force acting on the planet. O stealing Robert Hooke's undeveloped idea that the mutual attractive force between the planet and the sun is proportional to 1/2. convincing ourselves that planets in circular orbits are actually in…
Help solving