To determine whether the expected value of \( X \) is always negative, we need to consider the basic principle of insurance. Insurance companies set premiums such that, on average, they make a profit. This means that the expected value of the profit \( X \) should be positive, not negative. Therefore, the statement is false.
The expected value of a random variable \( X \) represents the average outcome of that variable over many trials. In the context of an insurance company, \( X \) represents the profit from selling insurance policies. The company sets premiums based on the expected payouts, aiming to ensure that the expected profit is positive.
The statement claims that the expected value of \( X \) is always negative. However, insurance companies typically calculate premiums to cover expected claims and generate profit. Therefore, the expected value \( E[X] \) is generally positive, contradicting the statement.
Since the expected value of the profit \( X \) is not always negative, we conclude that the statement is false.