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  I'm doing The Ambiguos case of triangles given SSA. My givens are a=6; b=7; alpha=30 degrees. how do I know if there's 2 triangles?
  
  • Math -
  
  sra
  
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  I'm doing The Ambiguos case of triangles given SSA. My givens are a=6; b=7; alpha=30 degrees. how do I know if there's 2 triangles?
  
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  The base in the Sierpinski triangle has 1 white triangle and zero black triangles. The first iteration has 3 white triangles and 1 black triangle. The second iteration has 9 white triangles and 4 black triangles. The third iteration …
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  Draw and solve any triangles satisfying alpha = 29 degrees a = 7 c = 14 I realize I need to draw a non-right triangle and label the sides but I am completely confused one what to do after I draw the triangle
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  solve any triangles satisfying alpha = 20 degrees b = 10 c = 16 b and c are 2 side values and if I use the pythagorean theorem and I get 18.18?
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  Can someone check my answers? Find # of triangles possible: <A=44.3, a=11.5, b=7.7 ... 2 triangles, B=~27.9 or B=~152.1 <A=29.3, b=20.5, a=12.8 ... 2 triangles, B=~51.6 or B=~128.4
  
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explanation: The text extract contains a math question related to the ambiguous case of triangles given SSA (side-side-angle). The user is asking how to determine if there are two possible triangles with the given information: a=6, b=7, and alpha=30 degrees.
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distilabel_metadata.content: posted by .
  
  I'm doing The Ambiguos case of triangles given SSA. My givens are a=6; b=7; alpha=30 degrees. how do I know if there's 2 triangles?
  
  • Math -
  
  sra
  
  ## Similar Questions
  
  1. ### math
  
  I'm doing The Ambiguos case of triangles given SSA. My givens are a=6; b=7; alpha=30 degrees. how do I know if there's 2 triangles?
  
  If m<A = 45, AB = 10, and BC = 8, the greatest number of distinct triangles that can be constructed is: 1) 1 2) 2 3) 3 4) 0
  3. ### math
  
  The base in the Sierpinski triangle has 1 white triangle and zero black triangles. The first iteration has 3 white triangles and 1 black triangle. The second iteration has 9 white triangles and 4 black triangles. The third iteration …
  4. ### math
  
  how can you estimate heights and distances you can't easily measure with rulers or tape measures by using the following methods?
  5. ### Precalc/Triangles
  
  Draw and solve any triangles satisfying alpha = 29 degrees a = 7 c = 14 I realize I need to draw a non-right triangle and label the sides but I am completely confused one what to do after I draw the triangle
  6. ### Triangles
  
  solve any triangles satisfying alpha = 20 degrees b = 10 c = 16 b and c are 2 side values and if I use the pythagorean theorem and I get 18.18?
  7. ### Pre-Calculus
  
  Determine the number of triangles that can be formed with the given information. and if it forms two possible triangles solve all unknown angles and sides Angle A=116 degrees a=10 b=11
  8. ### PreCalculus
  
  Given that alpha=30 degrees, a=6, and b=12. What is the number of triangles possible under these conditions?
  9. ### Geometry
  
  Does the angle-side relationship in triangles correspond with specific triangles or does it apply in all triangles?
  10. ### Trig
  
  Can someone check my answers? Find # of triangles possible: <A=44.3, a=11.5, b=7.7 ... 2 triangles, B=~27.9 or B=~152.1 <A=29.3, b=20.5, a=12.8 ... 2 triangles, B=~51.6 or B=~128.4
  
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distilabel_metadata.role: user
distilabel_metadata.raw_output_q_a_detector_0: The text extract contains a math question related to the ambiguous case of triangles given SSA (side-side-angle). The user is asking how to determine if there are two possible triangles with the given information: a=6, b=7, and alpha=30 degrees.
  
  Label: question