Respond to this Question
Similar Questions
-
Physics
The gravitational force of attraction between two students sitting at their desks in physics class is 2.34 ✕ 10^-8 N. If one student has a mass of 45.0 kg and the other student has a mass of 61.6 kg, how far apart are the
asked by Ana on February 9, 2018 -
Physics
The gravitational force of attraction between two students sitting at their desks in physics class is 2.23 ✕ 10-8 N. If one student has a mass of 52.0 kg and the other student has a mass of 57.4 kg, how far apart are the
asked by Jackson on November 18, 2015 -
physics
Approximate the gravitational force of attraction between a 46.0 kg girl and a 60.0 kg boy if they are sitting 2.5 m apart in physics class. N
asked by Anonymous on January 5, 2011 -
physics
Approximate the gravitational force of attraction between a 42.0 kg girl and a 56.0 kg boy if they are sitting 3.0 m apart in physics class.
asked by Devon on December 2, 2010 -
physics
The physics of gravity and satellite motion around Jupiter. A satellite of mass 2.00 x 104 kg is placed in orbit around Jupiter. The mass of Jupiter is 1.90 x 1027 kg. The distance between the satellite and the centre of Jupiter
asked by aly on April 24, 2011 -
physics
Approximate the gravitational force of attraction between a 49.0 kg girl and a 52.0 kg boy if they are sitting 2.5 m apart
asked by Zach on February 7, 2011 -
EARTH SCIENCE
Cumulus and stratus clouds belong to which cloud group? A. Puffy clouds B. High clouds C. Middle clouds D. Low clouds Is it A? What is the basic cause of ocean tides? A. Gravitational force of volcanic activity B. Gravitational
asked by Beatrice on January 25, 2014 -
math
Ms. S 's classrõm has 35 desks arranged in 5 by 7 rows.How many students does Ms. S have in her class if there are 6/7*4/5 desks occupied
asked by Vickie on March 6, 2012 -
physics
find the force of gravity between 74.0kg physics students that are sitting 85.0 cm apart
asked by Anonymous on November 3, 2011 -
space
What is the force of gravity at 220 miles above Earth's surface? Calculate how much of a g force the astronauts are actually experiencing. The solution for this math problem is a percentage. You can calculate it using the
asked by Annie on January 21, 2010