My Wife is Always Right

Summary

An engineer humorously recounts his futile attempt to argue against his wife's method of weighing their son using a faulty scale, ultimately accepting her assertion that he is wrong.

Abstract

The article titled "My Wife is Always Right" details a humorous anecdote involving an engineer and his wife's approach to weighing their son with an inaccurate mechanical scale. The engineer, skeptical of the scale's accuracy and the method proposed by his wife, tries to explain the need for known reference points to calculate the correct weight. His wife, however, dismisses his technical explanations and proceeds with her own method, using two bottles of Coca-Cola to demonstrate her point. Despite his logical arguments, the engineer is outwitted by his wife, who insists on her correctness, leading him to concede the argument. The story underscores the dynamics of marital disagreements and the often-inevitable outcome where the wife's perspective prevails, regardless of the husband's expertise.

Opinions

The engineer believes that a controlled experiment with known parameters is necessary to determine the scale's error accurately.
The wife is confident in her approach to weighing the child and dismisses the engineer's concerns about the scale's accuracy.
The engineer feels that his expertise is being questioned, especially when his wife expresses disbelief that he is an engineer.
The wife seems to value practicality and simplicity over the technical precision that the engineer insists upon.
The engineer ultimately resigns himself to his wife's perspective, acknowledging her victory in the argument, which may imply a recurring theme in their relationship where his technical knowledge is often overridden by her conviction.

I tried it again and I failed

It doesn’t matter if you’re an engineer. You can’t win an argument with your wife. This article shouldn’t give you hope. I will not explain how to beat your spouse in an argument. If anyone knows a way to do this, please let me know.

We have a mechanical scale in our house.

We know that the scale is measuring incorrectly. We don’t know how much or what kind of error it has.

My wife asked me to weigh my son. I said that this device is measuring incorrectly.

She looked at me:

— First, you weigh yourself, then you hold the child and, the difference is his weight.

— I don’t know my own weight. I also don’t know what kind of error that device has. The difference may not give the child’s weight correctly.

— I can’t believe you are an engineer.

— We need known parameters as reference. We do not know whether the reference points of this scale are wrong. We do not know if it is measured incorrectly with a certain percentage. We do not know whether the margin of error and the percentage of error change according to the amount of load on it. We cannot measure this way

After two hours she came to me with 2 bottles of Coca-Cola in her hand. I saw what is going to happen and:

— You are currently running a controlled experiment to understand what kind of error that the device has

— No, I’m teaching you not to be disgraced among people

— You are experimenting to validate your assumption. If the result of this experiment is what you want, you will prove that what you said at the beginning was correct. I said it had to be this way.

She didn’t listen to me. So I pretended to listen to her. I said that she is right, the case is closed.