Verify that the equation is an identity.
-$$\csc ( \mathrm { s } + \mathrm { t } ) = \frac { \csc \csc t } { \cot \mathrm { t } + \cot \mathrm { s } }$$

Name: Verify that the equation is an identity. -\[\csc ( \mathrm { s } + \mathrm { t } ) = \frac { \csc \csc t } { \cot \mathrm { t } + \cot \mathrm { s } }\]
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The Answer of Verify that the equation is an identity.
-$$\csc ( \mathrm { s } + \mathrm { t } ) = \frac { \csc \csc t } { \cot \mathrm { t } + \cot \mathrm { s } }$$

Verify That the Equation Is an Identity csc⁡(s+t)=csc⁡csc⁡tcot⁡t+cot⁡s\csc ( \mathrm { s } + \mathrm { t } ) = \frac { \csc \csc t } { \cot \mathrm { t } + \cot \mathrm { s } }csc(s+t)=cott+cotscsccsct​

Verify That the Equation Is an Identity $\csc ( \mathrm { s } + \mathrm { t } ) = \frac { \csc \csc t } { \cot \mathrm { t } + \cot \mathrm { s } }$