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Right triangle trigonometry relates the sides of a right triangle to the angle measures of the two acute angles. Finding Primary Trig Ratios! Right triangle trigonometry relates the sides of a right triangle to theangle measures of the two acute angles. Write the trig. ratios for the triangle. Finding Primary Trig Ratios! sinX = sinZ = cosX = cosZ = tanX = tanZ = Right triangle trigonometry relates the sides of a right triangle to theangle measures of the two acute angles. Write the trig. ratios for the triangle. Finding Primary Trig Ratios! sinA = sinC = cosA = cosC = tanA = tanC = Right triangle trigonometry relates the sides of a right triangle to theangle measures of the two acute angles. Write the trig. ratios for the triangle. Finding Primary Trig Ratios! sinX = sinZ = cosX = cosZ = tanX = tanZ = Right triangle trigonometry relates the sides of a right triangle to theangle measures of the two acute angles. Write the trig. ratios for the triangle. Finding Primary Trig Ratios! sinA = sinC = cosA = cosC = tanA = tanC = Right triangle trigonometry relates the sides of a right triangle to theangle measures of the two acute angles. Write the trig. ratios for the triangle. Finding Primary Trig Ratios! sinA = sinC = cosA = cosC = tanA = tanC = You have 3 trig. keys on your calculator or table that will give you a "trig. ratio" for a specific angle measure.The ratio will be given to you in decimal form. Use your calculator or table to find the trig. ratios for the following anglemeasures. Decimal equivalents must be rounded to 4 decimal places(i.e. 0.1236 or 0.6000) cos 12∘= cos 82∘= cos 30∘= Finding Primary Trig Ratios! sin 5∘= sin 68∘= sin 30∘= tan 22∘= tan 75∘= tan 30∘= Your "trig table" allows you to connect the values of trig ratios with associated angles. Use your table to determine the angle value for the following trig ratios. cos E = 0.7986 tan X = 1.6643 sin Y = 0.1219 Y = X = E = |