Respuesta:
R = 4 + sec³(x)
Explicación paso a paso:
R = (sen(2x) / cos(x))² + (sen(2x) / sen(x))² + (sen(x) / sen(x)cos(x))³
R = (2sen(x)cos(x) / cos(x))² + (2sen(x)cos(x) / sen(x))² + (1 / cos(x))³
R = (2sen(x))² + (2cos(x))² + (sec(x))³
R = 4sen²(x) + 4cos²(x) + sec³(x)
R = 4(sen²(x) + cos²(x)) + sec³(x)
R = 4(1) + sec³(x)
R = 4 + sec²(x)*sec(x)
R = 4 + (1 + tg²(x))sec(x)
R = 4 + sec(x) + tg²(x)sec(x)
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Respuesta:
R = 4 + sec³(x)
Explicación paso a paso:
R = (sen(2x) / cos(x))² + (sen(2x) / sen(x))² + (sen(x) / sen(x)cos(x))³
R = (2sen(x)cos(x) / cos(x))² + (2sen(x)cos(x) / sen(x))² + (1 / cos(x))³
R = (2sen(x))² + (2cos(x))² + (sec(x))³
R = 4sen²(x) + 4cos²(x) + sec³(x)
R = 4(sen²(x) + cos²(x)) + sec³(x)
R = 4(1) + sec³(x)
R = 4 + sec³(x)
R = 4 + sec²(x)*sec(x)
R = 4 + (1 + tg²(x))sec(x)
R = 4 + sec(x) + tg²(x)sec(x)