<transcript><audio_5>equal to the SEC Square Theta after obtain tan Theta upon SEC Theta but we know that we can write tan Theta as Sin</transcript><transcript><audio_6>Theta upon cos Theta and sa Theta as 1 upon cos Theta from which we get the left side value sin Theta which is equal to the right side of the given equation thus we</transcript><transcript><audio_7>proved it but is this the only way to prove this equation no we can solve it in other</transcript><transcript><audio_8>Also let's see given that SEC theta plus tan Theta is equal to P which is represented by equation 1 and we know that 1 + tan sare Theta is equal to SEC Square</transcript><transcript><audio_9>Theta which we solve by keeping the square of SEC Theta minus the square of tan Theta as 1 and from equation we know that se Theta + tan Theta is equal to P which is</transcript><transcript><audio_10>substituted here we get SEC Theta minus tan Theta is equal to 1 by P which is represented by equation</transcript> equal to the SEC Square Theta after obtain tan Theta upon SEC Theta but we know that we can write tan Theta as Sin Theta upon cos Theta and sa Theta as 1 upon cos Theta from which we get the left side value sin Theta which is equal to the right side of the given equation thus we proved it but is this the only way to prove this equation no we can solve it in other Also let's see given that SEC theta plus tan Theta is equal to P which is represented by equation 1 and we know that 1 + tan sare Theta is equal to SEC Square Theta which we solve by keeping the square of SEC Theta minus the square of tan Theta as 1 and from equation we know that se Theta + tan Theta is equal to P which is substituted here we get SEC Theta minus tan Theta is equal to 1 by P which is represented by equation
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