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A marble has to get into the hole by launching it into the air at an angle. The target hole is 143.2 m away from the initial position of the marble. Find the two possible angles if the launching velocity of the marble has to be constant at 40 m/s. Select one: Oa 30.7007 and 59.2993 degrees Ob 20.6415 and 69.3585 degrees Oc 120.7007 and 30.7007 degrees Od 14.2993 and 75.7007 degrees

A marble has to get into the hole by launching it into the air at an angle. The target hole is 143.2 m away from the initial position of the marble. Find the two possible angles if the launching velocity of the marble has to be constant at 40 m/s. Select one: Oa 30.7007 and 59.2993 degrees Ob 20.6415 and 69.3585 degrees Oc 120.7007 and 30.7007 degrees Od 14.2993 and 75.7007 degrees

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A marble has to get into the hole by launching it into the air at an angle. The target hole is 143.2 m away from the initial position of the marble. Find the two possible angles if the launching velocity of the marble has to be constant at 40 m/s. Select one: Oa 30.7007 and 59.2993 degrees Ob 20.6415 and 69.3585 degrees Oc 120 7007 and 30.7007 degrees Od 14.2993 and 75.7007 degrees
Transcribed Image Text:A marble has to get into the hole by launching it into the air at an angle. The target hole is 143.2 m away from the initial position of the marble. Find the two possible angles if the launching velocity of the marble has to be constant at 40 m/s. Select one: Oa 30.7007 and 59.2993 degrees Ob 20.6415 and 69.3585 degrees Oc 120 7007 and 30.7007 degrees Od 14.2993 and 75.7007 degrees
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