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</XXXXXX> <p>XXXX, we can seeif the time period is XXXXXXXX, XXXX the XXXXXXXXXXX acceleration XXXXXXX XXXX upon XXXXXX of XXXXXXXX.</p> <p>XXX space probes X XXX B the time period is same XXX thus, XXXXX A which XX at a XXXXXXX distance (XXXXXXX XXXXXX of rotation) has a greater XXXXXXXXXXXX towards XXX XXXXXX of Jupiter.</p> <p>c)<XXXXXX> X=4 > X=3 &XX; X=6</strong></p> <p>As XXX XXXXX X XX closer XX XXX XXXXXX XX XXXXXXX, it experiences greater gravitational XXXXX of XXXXXXXXXX, XXX XX Newton's XXXXX law XX XXXXXX, it applies XXX XXXX force on XXXXXXX. XXXX, <strong>X=4</strong>.</p> <p>XXX XXXXX probe A XX further away from XXXXXXX, so it experiences lesser XXXXX than XXXX of probe X. XXXXXXXXXXXXXXX's third law of XXXXXX, probe A XXXX applies the same XXXXXX force on Jupiter Thus, <XXXXXX>1=X</XXXXXX>, XXX<XXXXXX>2=4 > X=3</XXXXXX>.</p> <p>The XXXXXX of the two XXXXXX XXXX XXX another XXX XX the XXXXX XXXXXXXXX XXX to their XXXXXXXXXXXX tiny XXXXXX XXXX respect to Jupiter. XXXX, <strong>5=6</strong>, XXX,<XXXXXX>2=4 > 1=3 &XX; 5=X</XXXXXX>.</p>">
