Если у вас возникли сложности с курсовой, контрольной, дипломной, рефератом, отчетом по практике, научно-исследовательской и любой другой работой - мы готовы помочь.
Предоплата всего
Подписываем
>> x=-1.5*1.^-2
x =
-1.5000
>> y=2.2*pi
y =
6.9115
>> z=tanh(((sqrt(abs(log(abs(x)))))+(sin(x/(x^2+y^2))))/((sqrt(sin(x)))-tan((cos(x*y))/(x^2+y^2))))
z =
0.0106 - 0.6951i
>> W=sinh(((x+log(y))^3)/((sqrt(abs(x-log(y))))+cosh((x+1)/(1+y))))
W =
0.0285
>> T=sin((log(sin^2(x)))-(sqrt(sin(x)+cos(x/y)))/((sqrt(abs(sin(exp(x)+1))))+(cos(sinh(x+1))/(1+x*y))))
??? T=sin((log(sin^2(x)))-(sqrt(sin(x)+cos(x/y)))/((sqrt(abs(sin(exp(x)+1))))+(cos(sinh(x+1))/(1+x*y))))
|
Error: ")" expected, "(" found.
>> T=sin(log(sin^2(x)))-(sqrt(sin(x)+cos(x/y)))/((sqrt(abs(sin(exp(x)+1))))+(cos(sinh(x+1))/(1+x*y)))
??? T=sin(log(sin^2(x)))-(sqrt(sin(x)+cos(x/y)))/((sqrt(abs(sin(exp(x)+1))))+(cos(sinh(x+1))/(1+x*y)))
|
Error: ")" expected, "(" found.
>> R=cot((sqrt(y^sin(x)-(abs(sin((exp(x)+1))))))+(sqrt(abs(cos(exp(x))+x^x*y))))
R =
-0.1913 - 0.7698i
>> C=cot((sqrt(cos(x+y)))+cot((sin(x*y))/(x^3+y^3))/(sqrt(abs(x+log(y))))-(sinh((x+1)/(1+y))))
C =
-0.4087
>> h=sqrt((x+log(y))^5)+sqrt(log(abs(x*y-log(y))))+sqrt(cosh((x+1)/(1+y)))
h =
2.7087
>>
x=-1.5*10^-2
x =
-0.0150
>> y=2.2*pi
y =
6.9115
U=(sqrt(abs(log(x)))-2*sin(y))+(sqrt(y^x+y*sin(x)))/cos(x/y)+(sqrt(abs(log(exp(x)+1))))+exp(x)
U =
3.8593
>> A=sqrt((log(sin(x))^2)-(sqrt(sin(x)+cos(x/y)))+(sqrt(abs(sin(exp(x))+1))))
A =
4.2274 - 3.1211i
>> V=tan (sin(x-y)-(sqrt(x+cos(x/y)))/(sqrt(abs(log(exp(x)+exp(y)))))+exp(exp(x)*x))
V =
0.0080
>>
>> S=sqrt((x^y+exp(x))^x+y)+(sqrt(log(abs(exp(y-x))-log(y)))+(sqrt((x^2+1)/(1+y))))
S =
5.7998 - 0.0000i
>>
>> Q=(log(abs(x))^2)+sin((y+x)/(y-x))/(sqrt(abs(tan(x))))+cot((sin(x+log(y)))/1+exp(2))
Q =
23.9740
>>
>> B=atan((sqrt(abs(log(abs(x)))))+(sqrt(sin(x)))/(sqrt(abs(sin(exp(x))+1)))+exp(2*x+y))
B =
1.5698 + 0.0000i
>>
>> P=sin(sqrt(sqrt(exp(x))+1)+(sqrt(y+sin(x*y)))/(sqrt(abs(sin(log(abs(x))))))+y^(x+y))
P =
-0.6967
G=asin(sqrt(sqrt(exp(x))+exp(y))+(sqrt(abs(sin(y))+cos(x)))/(sqrt(abs(x*y-log(abs(x)))))+exp(tan(x+y)))
G =
1.5708 + 4.2293i
p=sym('asin(sqrt(sqrt(exp(x))+exp(y))+(sqrt(abs(sin(y))+cos(x)))/(sqrt(abs(x*y-log(abs(x)))))+exp(tan(x+y)))')
p =
asin(sqrt(sqrt(exp(x))+exp(y))+(sqrt(abs(sin(y))+cos(x)))/(sqrt(abs(x*y-log(abs(x)))))+exp(tan(x+y)))
>> pretty(p)
1/2
1/2 1/2 (| sin(y) | + cos(x))
asin((exp(x) + exp(y)) + ------------------------ + exp(tan(x + y)))
1/2
| x y - log(| x |) |
>> format rat
>> G=asin(sqrt(sqrt(exp(x))+exp(y))+(sqrt(abs(sin(y))+cos(x)))/(sqrt(abs(x*y-log(abs(x)))))+exp(tan(x+y)))
G =
355/226 + 664/157i
>> format loose
>> G=asin(sqrt(sqrt(exp(x))+exp(y))+(sqrt(abs(sin(y))+cos(x)))/(sqrt(abs(x*y-log(abs(x)))))+exp(tan(x+y)))
G =
355/226 + 664/157i