Drag the sliders for the masses of the planet and moon and the distance between them (the initial values are for the Earth and moon). Use what you discover to fill in the blanks. • A larger planet mass, m1,
F, the gravitational force between the planet and its moon.
• A larger moon mass, m2,
F, the gravitational force between the planet and its moon.
• A greater distance, d,
F, the gravitational force between the planet and its moon

Each blank is either increases, decreases, or remains the same

Our star pitcher, foster enlight, can throw a pitch so fast that it gets to the catcher’s mitt before it leaves foster’s fingers! if the team wins a game then the probability that foster was pitching is 0.8 but only if foster had at least one day’s rest since his last pitching assignment. if foster does not have a day off and the team still wins, the probability that foster was pitching drops by half of what it was on the previous day. if the team wins three games in succession from the toronto tachyons and foster pitched in game #2, what is the probability that he pitched in one or more of the other games? (assume that foster did not pitch on the day before the first game of this three game series.)