Write the negation of each of the following quantified statements :
`[AAx inNN,x^(2)+x+41 " is a prime number "]`

Write the negation of each of the following quantified statements : {AAx inNN,x +5gt4}

Write the negation of each of the follwing quantified statements : {AAx inNN,x^(2)+41x+41 is a prime number }

Write the negation of each of the follwing quantified statements : {AAx inNN,"such that " x+2gt4}

Write the negation of each of the following quantified statements : {EEx inNN,x " such that 3x =12 "}

Write the negation of each of the follwing quantified statements : {EEx in NN " such that " , 4x=24}

Write the negation of each of the following quantified statements : {EEx inRR , such that x is rational } [ here RR is the set of real numbers ]

Write the negation of each of the following statements:p:for every real numberx, x^2>x .

Write the negation of each of the follwing quantified statements : {EEx inRR such that x is irrational } , here RR is the set of real numbers.

Write the negation of each of the follwing quantified statements : {If ZZ is the set of all integers , then EEx in ZZ such that x is a natural number }

Write the negation of each of the following quantified statements : {If A is the set of all rectangles , then EEx inA such that all sides of x are equal }