For example, since sin(0)= 0 sin Tan Θ = 1 sin Θ = negative square root 2 over 2; How do you evaluate the sine, cosine and tangent of 225 degrees without a calculator?
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Quadrant 1 2 3 4 sin cos tan
Quadrant 1 2 3 4 sin cos tan-2 θ − cosθ − 1 = sin 2 θ Give your answers to 1 decimal place where appropriate (Total 8 marks) 8 Find, in degrees to the nearest tenth of a degree, the values of x for which sin x tan x = 4, 0 ≤ x < 360° (Total 8 marks) 9 (a) Solve, for 0 ≤ x < 360°, the equation cos (x − °) = −0437, giving your answers to theCos = − 1 7 , in Quadrant III, sin = 1 2 , in Quadrant II Write the equation of the line with a slope of 2 that passes through the point (3, 10)



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The angles which lie between 0° and 90° are said to lie in the first quadrant In the first quadrant, the values for sin, cos and tan are positive In the second quadrant, the values for sin are positive only In the third quadrant, the values for tan are positive onlyWe get the first solution from the calculator = tan1 (−13) = −524º This is less than 0º, so we add 360º −524º 360º = 3076º (Quadrant IV) The other solution is Sine and cosecant are positive in Quadrant 2, tangent and cotangent are positive in Quadrant 3, and cosine and secant are positive in Quadrant 4 Furthermore, can a tangent be negative?
Answer to If sin theta = 4 / 5 and theta is in the first quadrant, find the values of other five trigonometric ratios By signing up, you'll getAnswer to Find sin 2x, cos 2x, and tan 2x if cos x = 4 / 5 and x terminates in quadrant II By signing up, you'll get thousands of stepbystepThe inverse tangent function, tan−1(a) tan − 1 ( a) is sometimes called the arctangent function, and notated arctan(a) arctan ( a) Caution47 Based only on the definitions above, the inverse trigonometric functions are not actually functions at all!
Answer (1 of 3) cos(x) = (4/5), sin(x) = (3/5) ==> tan(x) = 3/4 = 2t/(1 t^2), where t = tan(x/2) ==> 3(1 t^2) = 8t ==> 3t^2 8t 3 = (3t 1)(t 3) = 0When angle a is in Quadrant 3 (between 180° and 270°), both the adjacent and the opposite side are negative Hence, Sine and Cosine are negative and since Tangent (T) is a division between two negative numbers, it is the only trigonometric function that is Angles with negative values of the tangent are in the second or fourth quadrant If it is obtuse (between 90 and 180 degrees), it is in the second quadrant The supplement of the angle is sin^1 (3/5)= 3687 degrees (Think of a 3,4,5 right reference triangle) The angle x is therefore degrees, and its sine is 3/5



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Quadrant
⇒ cos A = cos 2 4 0 0 ⇒ A = 2 4 0 0 Now, c o s B = − 2 1 ⇒ c o s B = − cos 6 0 0 when B does not lie in the third quadrant ⇒ c o s B = cos (1 8 0 0 − 6 0 0) ⇒ c o s B = cos 1 2 0 0 ⇒ B = 1 2 0 0 Substituting the value of A and B in equation (1) and we get, tan 1 2 0 0 sin 2 4 0 0 4 sin 1 2 0 0 − 3 tan 2 4 0 0 ⇒ tan (1Find the Other Trig Values in Quadrant III tan (theta)=3/4 tan (θ) = 3 4 tan ( θ) = 3 4 Use the definition of tangent to find the known sides of the unit circle right triangle The quadrant determines the sign on each of the values tan(θ) = opposite adjacent tan ( θ) = opposite adjacent Find the hypotenuse of the unit circle triangleTranscribed image text D Question 4 4 pts Given tan(x) = 1 and x in the IV quadrant sx's 2x), find the exact values of sin(), cos(?) and tan() sin($) T cos() = 4 tan = 1 3VI7 17 417 17 O sin() = S 34 cos() = tan($) = sin() = cos($) = 5 tan() Question 5 4 pts Find the solutions in 0,271) of the following equation 2 sin?



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Example The point "C" (−2,−1) is 2 units along in the negative direction, and 1 unit down (ie negative direction) Both x and y are negative, so that point is in "Quadrant III" Sine, Cosine and Tangent in the Four QuadrantsStanbon (757) You can put this solution on YOUR website!Cos Θ = negative square root 2 over 2;



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1) Find sin θ if cos θ = 2 3 and θ is in quadrant IV 1) 2) Find tan θ if sin θ = 3 4 and s is in quadrant II 2) 3) Find sin θ if sec θ = 8 5 and tan θ < 0 3) 4) Find csc θ if cot θ = 35 and θ is in quadrant II 4) 5) Find sin θ if tan θ = 5 12 and cos θ > 0 5)X 3 cos x 3= 0 x = 0, $ 5 Ox x = 3^4 * X x = 6,7 ग 6'6In the first quadrant, the values for sin, cos and tan are positive



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If tan x = 3/4 and x is in the second quadrant, To Find sin x × cos x Solution On squaring both sides (tan² x) = (3/4)² tan²x = (3²/4²) tan²x = 9/16 Now We know that sec² x = 1 tan²x sec²x = 1 9/16 sec²x = 16 9/16 sec²x = 25/16 sec x = √(25/16) sec x = 5/4 Now cos x = 1/sec cos x = 1/(5/4) cos x = 4/5 sin² x cos² x = 1 sin² x (4/5)² = 1 sin² x 16/25 = 12nd quadrant from 157 to π=314 radians 3rd quadrant from 314 to 32π=471 radians 4th quadrant from 471 to 2π=628 radians Also Know, is 90 degrees in the first or second quadrant?View Table of sin cos tandocx from BIO 13 at Henry Ford College Degree Radian Quadrant 00 0 300 π/6 1 450 π/4 1 600 π/3 900 Sin Cos xaxis 0 1/2 Tan Csc 0 =0 1



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Tan Θ = 1 sin Θ = square root 2 over 2;Trigonometry Quiz Quadrants 1,2,3,4 tan (pi/2) cos (pi/4) sin (pi/4) sin (pi/6) undefined root (2)/2 root (2)/2 1/2 1answer Find the value of cos 2A, A lies in the first quadrant, when (i) cos A = 15/17 (ii) sin A = 4/5 (iii) tan A = 16/63 askedin Trigonometryby Anjali01(477kpoints) trigonometry class11 0votes 1answer The angle A lies in the third quadrant and it satisfies the equation 4 (sin^2x cos x) = 1



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cos2x = (1tan^2x)/ (1tan^2x) = (1 (1/2)^2)/ (1 (1/2)^2) = (1 (1/4))/ (1 (1/4)) = (3/4)/ (5/4) = 3/5 tan 2x = sin 2x/cos2x = (4/5)/ (3/5) =4/3 answered by lilly Expert Please log in or register to add a commentSolution Since x lies in quadrant III, π < x < 3π/2 Therefore, π/2 < x/2 < 3π/4 Hence, cos x/2, and tan x/2 are negative while sin x/2 is positive as x/2 lies in quadrant II It is given that cos x = 1/3 cos 2(x/2) = 1/3 By double angle formulas, 2cos 2 (x/2) 1 = 1/3 2cos 2 x/2 = 1 1/3 cos 2 x/2 = (2/3) × (1/2) cos 2 x/2 = 1/3 cos x/2 = ± √(1/3)Cos Θ = square root 2 over 2;



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The tangent function is negative whenever sine or cosine, but not both, are negative the second and fourth quadrants Since $\cos^2t\sin^2t=1$, dividing both sides by $\cos^2 t$ we also have $$1\tan^2t=\frac 1{\cos^2t}$$ Also, in the second quadrant, $\cos t0$ Use the second equation and the restriction to find $\cos t$, then use the first equation and the restriction to find $\sin t$ Then add those for your final answerAnswer (1 of 2) Given, tan x =3/4 and x lies in 2nd quadrant From that were are sure about the coordinate position ie (x,y)=(4,3) From pythagoras theorem, Then, cos x=b/h Cos x=4/5 We knew, cos x= 2 (cos x/2)^2 1 * 4/5 1 =2( cos x/2)^2 * 1/10 = (cosx/2)^2 Hence, Cos x /2 =/



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Trigonometry Find the Other Trig Values in Quadrant I cos (s)=3/4 cos (s) = 3 4 cos ( s) = 3 4 Use the definition of cosine to find the known sides of the unit circle right triangle The quadrant determines the sign on each of the values cos(s) = adjacent hypotenuse cos (1st quadrant from 0 to π2=157 radians;Find `Sin X/2, Cos X/2 and Tan X/2` of the Following `Sin X = 1/4`, X in Quadrant II CBSE CBSE (Arts) Class 11 Textbook Solutions 85 Important Solutions 12 Question Bank Solutions 7358 Concept Notes & Videos 503 Syllabus Advertisement Remove all ads Find `Sin X/2, Cos X/2 and Tan X/2` of the Following `Sin X = 1/4`, X in Quadrant II



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If cot x = 3/4, x in second quadrant, then find sin x/2, cos x/2, tan x/2 Aditya is waiting for your help Add your answer and earn pointsCos Θ = negative square root 2 over 2; cosθ = ± √7 4 Since sinθ is negative, θ must be in quadrant 4 since arcsin(x) is only defined for quadrants 1 () and 4 () In quadrant 4, cosθ is always positive, so it must be √7 4 We now know sinθ = − 3 4 and cosθ = √7 4 This means we can solve for tanθ, which is what we're looking for tanθ = sinθ cosθ



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Content The Four Quadrants
Find the exact value of the trigonometric expression given that tan u = 3/4 and cos v = 4/5, (u is in Quadrant I and v is in Quadrant III) Be sure to show the setup for this problem as done in the practice for Sec 24Evaluate the expression under the given conditions tan( ); Misc 10Find sin 𝑥/2, cos 𝑥/2 and tan 𝑥/2 for sin𝑥 = 1/4 , 𝑥 in quadrant IIGiven that x is in quadrant IISo, 90° < x < 180° Replacing x with 𝑥/2(90°)/2 < 𝑥/2 < (180°)/2 45° < 𝑥/2 < 90° So, 𝑥/2 lies in Ist quadrantIn Ist quadrant, sin , cos & tan are positivesin 𝑥/2 , (टीचू)



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Signs of sin, cos, tan in different quadrants Last updated at by Teachoo Let's see the angles in different Quadrants In Quadrant 1 , angles are from 0 to 90° In Quadrant 2 , angles are from 90 to 180° In Quadrant 3 , angles are from 180° to 270° In Quadrant 4 , angles are from 270 to 360°2 Determine sin 6 to 3 decimal places if cos 0 = 1 and O is an angle in quadrant IV Draw a diagram 2 marks 3 The CAST Rule describes for a quadrant which ratios have positive values Describe why the tangent ratio is positive only in quadrants I and III 4 marks 4 Sketch each given angle and label the principal angle and the related We know that sin^2 a cos^2 a= 1 ==> cos^2 a = 1 sin^2 a ==> cos^2 a = 1 (2/3)^2 ==> cos^2 a = 1 4/9 ==> cos^2 a= 5/9 ==> cos a = sqrt5/3 But a is in the 2nd quadrant where cos a ia



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Tan Θ = 1 sin Θ = negative squareIn the second quadrant, the values for sin are positive only In the third quadrant, the values for tan are positive only In the fourth quadrant, the values for cos are positive only This can be summed up as follows In the fourth quadrant, Cos is positive, in the first, All are positive, in the second, Sin is positive and in the third quadrant, Tan is positive This is easy to remember, sinceThe angle of 225 degrees lies in the third quadrant and its value is 225–180 = 45 degrees below the xaxis Sine 45 in the third quadrant = (1/2^05) Cosine 45 in the third quadrant = (1/2^05)



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1−cos2 x cosx =1−cos2 x =sin2 x Example 3 Express 1− 1 cscx 2 cos2 xin terms of sin 1− 1 cscx 2 cos 2x =(1−sinx) cos2 x =1−2sinxsin2 xcos2 x =2−2sinx 2 Other Identities 21 Sum and Difference Identities 211 The Identities Proposition 4 Let α and β be two real numbers (or two angles) Then we have 1 sin(αβ I'm having issues understanding as to how to go about doing this I cant seem to figure out how to find the values of sin and tan in terms of the given cos value in the 3rd quadrant Thanks with any and all help $\cos\theta = \frac{4}{5}$ and theta is in the 3rd quadrant, find the exact values of (i) $\sin\theta$ (ii) $\tan\theta$ 1 Answer Dean R tanθ = 3 4 means an opposite of 3, an adjacent of 4, so a hypotenuse of 5, because 32 42 = 52 cosθ = adjacent hypotenuse = ± 4 5



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Click here👆to get an answer to your question ️ tanx = 4/3 , x in quadrant II Find the value of sinx/2, cosx/2, tanx/2Start studying Trig Functions Quadrant 1 Learn vocabulary, terms, and more with flashcards, games, and other study tools1 = 3 2 2 1 − = 2 2 3 − = 4 3 2 − cotθ = tanθ 1 = 4 2 1 − = 2 4 − = −2 2 cscθ = sinθ 1 = 3 1 1 = 3 _____ By using the reciprocal and quotient identities, you can quickly recall the algebraic signs of the secant, cosecant, tangent, and cotangent in the four quadrants (Table 1), if you know the algebraic signs of the sine and cosine in these quadrants



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You can put this solution on YOUR website!What are the sine, cosine, and tangent of Θ = 3 pi over 4 radians?Tan a=4/3, condition pi/2 Cos b = 1/2, condition 0 Need exact value cos (ab) Sin (ab) Tan (ab) I believe a would be in quadrant 2 where x is negative and y is positive And b would bi



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Content The Four Quadrants
If A lies in second quadrant and 3 tan A 4 = 0, then the value of 2 cot A− 5 cos A sin A is equal to A −53/10 B 23/10 C 37/10 D 7/10 asked JunSin Θ = square root 2 over 2;Quadrant I 0° < < 90° = Finding angle when given cos Given that 0° 360°, find when Quad I sign() (a) cos = 0 7660 & Quadrant 2 90° < < 180° SIN () = 180°− Quadrant 3 180° < < 270° TAN () = 180° Quadrant 4 270° < < 360° COS () = 360°− Quad IV a= cos1 0 7660 a = 40°, 360 − 40° = 40°, 3° (b) cos = − 0 5736 sign (−) a= cos1 0 5736 a = 55° = 180° − 55



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If cos 0 = 3/4 and 0 in the 4th quadrant, find the exact value of the 5 other trig values opposite side of reference right triangle in quadrant IV =√(4^23^2)=√(169)=√7Frequently students ask why can't I work a double angle problem in the following way Suppose I am given sin(x) = 02, x is in Quadrant 1, and I am asked to find sin(2x)With a calculator, I can find the angle x (it's approximately o), double it (to get o), and then take the sine of that angle ()There is nothing wrong with this in practice



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