$25.$ Suppose that alpha and beta are int variables. The statement alpha $$beta; is equivalent statement$($s$)$ a$.$ alpha $-1-$ beta: b$.$alpha $-$ beta $-1$: c$.$ beta $-$ beta $-1$; alpha $-$ beta; d$.$ alpha $=$ beta; beta $-$ beta $-1$; $26.$ Suppose that alpha and beta are int variables. The statement alpha$-$beta$$is equivale statement$($s$)$ a$.$ alpha $-1-$ beta; b$.$alpha$-$beta $-1$: c$.$ beta beta $-1$; alpha $=$ beta; d$.$ alpha $-$ beta; beta beta $-1$; $27$ Suppose that alpha and beta are int variables. The statement alpha$-$beta$++$; is equiv statement$($s$)\_$ a$.$ alpha $=1+$ beta; b$.$ alpha $-$ alpha $+$ beta; c$.$ alpha $-$ beta; beta $-$ beta $+1$; d$.$ beta beta $+1$; alpha $-$ beta; $28.$ Suppose that alpha and beta are int variables. The statement alpha $=++$beta, is statement$($s$)$ a$.$ beta $=$ beta $+1$; alpha $=$ beta; b$.$ alpha $=$ beta; beta $=$ beta $+1$; c$.$ alpha $-$ alpha $+$ beta; d$.$ alpha$=$ beta $+1$; $29.$ Choose the output of the following C$++$ statement: cout $<<$ "Sunny $"<<\text{'}\text{'}<<$ "Day $"<<$ endl; a$.$ Sunny b$.$ Sunny endl c$.$ Sunny Day