document.write( "Question 1161053: One of the primary trigonometric ratios for an angle is given, as well as the quadrant that the terminal arm lies in. Determine the other two primary trigonometric ratios.
\n" ); document.write( "a) sin A = 4/5, first quadrant
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\n" ); document.write( "c) tan C = -12/5, second quadrant \n" ); document.write( "
Algebra.Com's Answer #784536 by MathTherapy(10552)\"\" \"About 
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One of the primary trigonometric ratios for an angle is given, as well as the quadrant that the terminal arm lies in. Determine the other two primary trigonometric ratios.
\n" ); document.write( "a) sin A = 4/5, first quadrant
\n" ); document.write( "b) cos B = 8/17, fourth quadrant
\n" ); document.write( "c) tan C = -12/5, second quadrant
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The 3 primary TRIG. RATIOS are sin, cos, and tan
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document.write( "a) \"matrix%281%2C7%2C+sin+%28A%29%2C+%22=%22%2C+O%2FH%2C+%22=%22%2C+4%2F5%2C+%22=%22%2C+y%2Fr%29\"
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document.write( "   This represents one of the many PYTHAGOREAN TRIPLES, as this is a 3-4-5 right triangle.
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document.write( "   And, with ∡A being in the 1st quadrant, where ALL RATIOS are POSITIVE (+), and y being 4, r being 5, we get \"x\" to be 3.
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document.write( "   The other 2 TRIG. RATIOS are: 
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document.write( "b) Let me GUIDE you!
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document.write( "   
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document.write( "   This represents one of the many PYTHAGOREAN TRIPLES, as this is an 8-15-17 right triangle.
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document.write( "   And, with ∡B being in the 4th quadrant, where ONLY \"cos\" is POSITIVE (+), and x being 8, r being 17, we get \"y\" to be - 15.
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document.write( "   The other 2 TRIG. RATIOS are:  <======= Fill in the MISSING pieces!
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document.write( "c) Let me GUIDE you!
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document.write( "   
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document.write( "   This represents one of the many PYTHAGOREAN TRIPLES, as this is a 5-12-13 right triangle.
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document.write( "   And, with ∡C being in the 2nd quadrant, where ONLY \"sin\" is POSITIVE (+), and x being - 5, y being 12, we get \"r\" to be 13.
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document.write( "   The other 2 TRIG. RATIOS are:  <======= Fill in the MISSING pieces! \n" );
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