Mathway | Problèmes fréquents

Problèmes fréquents

Rang	Matière	Problème	Problème de formatage
40901	Tracer	cot(111)	$\cot (111)$
40902	Tracer	-cot(11x)	$- \cot (11 x)$
40903	Tracer	cot(135)	$\cot (135)$
40904	Tracer	cot(150)	$\cot (150)$
40905	Tracer	cot(2x-pi)	$\cot (2 x - π)$
40906	Tracer	f(x)=cot(3/2x+pi/4)-2	$f (x) = \cot (\frac{3}{2} x + \frac{π}{4}) - 2$
40907	Tracer	f(x)=cot(9x)	$f (x) = \cot (9 x)$
40908	Tracer	f(x)=-csc(2x+3pi)-2	$f (x) = - \csc (2 x + 3 π) - 2$
40909	Tracer	f(x)=cos(-1/3x)	$f (x) = \cos (- \frac{1}{3} x)$
40910	Tracer	f(x)=-cos(2(x-pi/2))+2	$f (x) = - \cos (2 (x - \frac{π}{2})) + 2$
40911	Tracer	y=sin(x+pi/6)	$y = \sin (x + \frac{π}{6})$
40912	Tracer	f(x)=cos(x-(5pi)/3)-2	$f (x) = \cos (x - \frac{5 π}{3}) - 2$
40913	Tracer	f(x)=cos(x+(4pi)/3)-2	$f (x) = \cos (x + \frac{4 π}{3}) - 2$
40914	Tracer	f(x)=cos(x/4)	$f (x) = \cos (\frac{x}{4})$
40915	Tracer	f(x)=-cos(1/2x-pi/2)+1/3	$f (x) = - \cos (\frac{1}{2} x - \frac{π}{2}) + \frac{1}{3}$
40916	Tracer	f(x)=3cos(3x+4pi)+1	$f (x) = 3 \cos (3 x + 4 π) + 1$
40917	Tracer	f(x)=-3cot(x+(3pi)/4)-1	$f (x) = - 3 \cot (x + \frac{3 π}{4}) - 1$
40918	Tracer	f(x)=4cos(1/2x)	$f (x) = 4 \cos (\frac{1}{2} x)$
40919	Tracer	f(x)=4cos(3x)	$f (x) = 4 \cos (3 x)$
40920	Tracer	f(x)=4cos(4x)	$f (x) = 4 \cos (4 x)$
40921	Tracer	f(x)=-5cos(2pix)	$f (x) = - 5 \cos (2 π x)$
40922	Tracer	f(x)=6sec(pi/4*(sec(x)x))	$f (x) = 6 \sec (\frac{π}{4} \cdot (\sec (x) x))$
40923	Ajouter	(4pi)/3+2pi	$\frac{4 π}{3} + 2 π$
40924	Tracer	f(x)=-3sin(2pix)-1	$f (x) = - 3 \sin (2 π x) - 1$
40925	Tracer	f(x)=3tan(x)+2cos(4x)	$f (x) = 3 \tan (x) + 2 \cos (4 x)$
40926	Tracer	f(x)=3tan(x-pi/4)-1	$f (x) = 3 \tan (x - \frac{π}{4}) - 1$
40927	Tracer	f(x)=-3tan(4x+2pi)-2	$f (x) = - 3 \tan (4 x + 2 π) - 2$
40928	Tracer	f(x)=2cos(x)-cos(20)	$f (x) = 2 \cos (x) - \cos (20)$
40929	Tracer	f(x)=2cos(20)	$f (x) = 2 \cos (20)$
40930	Tracer	f(x)=2cos(9pix)	$f (x) = 2 \cos (9 π x)$
40931	Tracer	f(x)=-2cot(x-(3pi)/4)+2	$f (x) = - 2 \cot (x - \frac{3 π}{4}) + 2$
40932	Tracer	f(x)=2csc(3x+5pi)-1	$f (x) = 2 \csc (3 x + 5 π) - 1$
40933	Tracer	f(x)=2sec(x+pi/2+1)	$f (x) = 2 \sec (x + \frac{π}{2} + 1)$
40934	Tracer	f(x)=2sin(1/2)(x-pi/2)+3	$f (x) = 2 \sin (\frac{1}{2}) (x - \frac{π}{2}) + 3$
40935	Tracer	f(x)=2sin(x/2+pi/12)	$f (x) = 2 \sin (\frac{x}{2} + \frac{π}{12})$
40936	Tracer	csc(x-(3pi)/2)	$\csc (x - \frac{3 π}{2})$
40937	Tracer	f(x)=1/4+sin(x+pi/3)*5	$f (x) = \frac{1}{4} + \sin (x + \frac{π}{3}) \cdot 5$
40938	Tracer	f(x)=1/4*sec(x-pi/4)	$f (x) = \frac{1}{4} \cdot \sec (x - \frac{π}{4})$
40939	Tracer	f(x)=1/4*sin(2pi)	$f (x) = \frac{1}{4} \cdot \sin (2 π)$
40940	Tracer	f(x)=-195	$f (x) = - 195$
40941	Tracer	f(x)=21.15cos(pi/6x-pi/6)+53.85	$f (x) = 21.15 \cos (\frac{π}{6} x - \frac{π}{6}) + 53.85$
40942	Tracer	f(x)=2-3csc(2/3x+pi/3)	$f (x) = 2 - 3 \csc (\frac{2}{3} x + \frac{π}{3})$
40943	Tracer	csc(h(x))	$csch (x)$
40944	Tracer	d(t)=\|10tan(pit)\|	$d (t) = \| 10 \tan (π t) \|$
40945	Tracer	d(t)=e^(-pi/4t)cos(t)	$d (t) = e^{- \frac{π}{4} t} \cos (t)$
40946	Tracer	d(t)=3.5cos(pi/6t)+4.5	$d (t) = 3.5 \cos (\frac{π}{6} t) + 4.5$
40947	Tracer	d=40/3t-2/9t^2	$d = \frac{40}{3} t - \frac{2}{9} t^{2}$
40948	Trouver le supplémentaire	(2pi)/3	$\frac{2 π}{3}$
40949	Tracer	d=-10cos(pi/2t)	$d = - 10 \cos (\frac{π}{2} t)$
40950	Tracer	d=-10cos(pit)	$d = - 10 \cos (π t)$
40951	Tracer	d=12tan(2pit)	$d = 12 \tan (2 π t)$
40952	Tracer	d=2cos(2pit)	$d = 2 \cos (2 π t)$
40953	Trouver l'angle de référence	(11pi)/2	$\frac{11 π}{2}$
40954	Tracer	d=4sin(pit)	$d = 4 \sin (π t)$
40955	Tracer	d=-5cos(pi/2t)	$d = - 5 \cos (\frac{π}{2} t)$
40956	Tracer	d=5sin(pi/4t)	$d = 5 \sin (\frac{π}{4} t)$
40957	Tracer	e=0.018cos((2pi*(750t))+(pi/3))	$e = 0.018 \cos ((2 π \cdot (750 t)) + (\frac{π}{3}))$
40958	Tracer	f(x) = logarithme de (1/2)^x	$f (x) = \log ({(\frac{1}{2})}^{x})$
40959	Tracer	f(x)=2cos(x)-cos(2)	$f (x) = 2 \cos (x) - \cos (2)$
40960	Tracer	f(x)=-2cos(3x)	$f (x) = - 2 \cos (3 x)$
40961	Tracer	f(x)=2cot(1/2x+pi)	$f (x) = 2 \cot (\frac{1}{2} x + π)$
40962	Tracer	f(x)=0.25cos(x)	$f (x) = 0.25 \cos (x)$
40963	Tracer	f(x)=0.5csc(x+pi/4)	$f (x) = 0.5 \csc (x + \frac{π}{4})$
40964	Tracer	csc(x)=-1.5	$\csc (x) = - 1.5$
40965	Tracer	csc(x)=-(2( racine carrée de 3))/3	$\csc (x) = - \frac{2 (\sqrt{3})}{3}$
40966	Tracer	csc(x)=7	$\csc (x) = 7$
40967	Tracer	csc(x)*(12x)	$\csc (x) \cdot (12 x)$
40968	Tracer	csc(x)=0	$\csc (x) = 0$
40969	Tracer	cot(arccsc( racine carrée de 101))	$\cot (arccsc (\sqrt{101}))$
40970	Tracer	csc(x)=- racine carrée de 2	$\csc (x) = - \sqrt{2}$
40971	Tracer	csc(200x)	$\csc (200 x)$
40972	Tracer	csc(225)	$\csc (225)$
40973	Tracer	csc(2x-(2pi)/3)	$\csc (2 x - \frac{2 π}{3})$
40974	Tracer	csc(3x)	$\csc (3 x)$
40975	Tracer	csc(3x)=-1	$\csc (3 x) = - 1$
40976	Tracer	csc(3x)=7sin(3x)	$\csc (3 x) = 7 \sin (3 x)$
40977	Tracer	csc(315)	$\csc (315)$
40978	Tracer	csc(-330)-sec(390)	$\csc (- 330) - \sec (390)$
40979	Tracer	csc(35)	$\csc (35)$
40980	Tracer	csc(5x+pi/2)	$\csc (5 x + \frac{π}{2})$
40981	Tracer	csc(90)	$\csc (90)$
40982	Tracer	csc(arctan(-3/5))	$\csc (\arctan (- \frac{3}{5}))$
40983	Tracer	csc(1/2x-pi/4)	$\csc (\frac{1}{2} x - \frac{π}{4})$
40984	Tracer	csc(13/12)	$\csc (\frac{13}{12})$
40985	Tracer	csc((2pi)/9x)-3	$\csc (\frac{2 π}{9} x) - 3$
40986	Tracer	csc(-5/4)	$\csc (- \frac{5}{4})$
40987	Tracer	csc((9pi)/4)	$\csc (\frac{9 π}{4})$
40988	Tracer	csc(arccos(u))	$\csc (\arccos (u))$
40989	Vérifier l’identité	tan(theta)+cot(theta)=sec(theta)csc(theta)	$\tan (θ) + \cot (θ) = \sec (θ) \csc (θ)$
40990	Tracer	csc(pi/3)	$\csc (\frac{π}{3})$
40991	Tracer	csc(pi/6)	$\csc (\frac{π}{6})$
40992	Passer des radians aux degrés	(23pi)/8	$\frac{23 π}{8}$
40993	Tracer	csc(135)	$\csc (135)$
40994	Tracer	csc(2)x	$\csc (2) x$
40995	Tracer	cos(x)=-4/5	$\cos (x) = \frac{- 4}{5}$
40996	Tracer	cos(x)=0.3	$\cos (x) = 0.3$
40997	Tracer	cos(x)=-0.8572	$\cos (x) = - 0.8572$
40998	Tracer	cos(x)=0.8746	$\cos (x) = 0.8746$
40999	Tracer	cos(x)=0.8909	$\cos (x) = 0.8909$
41000	Tracer	cos(x)=210	$\cos (x) = 210$