Answer:
Depends on the context
Step-by-step explanation:
Without knowing the specific context of the investigation or what "rough" means in this context, I can only speculate on some potential ways a rough truck could negatively influence the outcome of an investigation in physics.
Measurement accuracy: If the truck is rough, it could cause vibrations that make it difficult to take accurate measurements. For example, if the investigation involves measuring the oscillation of a pendulum or the vibration of a machine, a rough truck could cause unwanted vibrations that interfere with the measurements and make it difficult to obtain accurate results.
Equipment damage: If the truck is rough and the equipment used in the investigation is not properly secured or protected, the equipment could be damaged during transportation. This could result in expensive repairs, loss of data, or even the need to repeat the investigation.
Safety: If the investigation involves hazardous materials or equipment, a rough truck could pose a safety risk to the researchers and anyone else involved in the investigation. For example, if the investigation involves transporting radioactive materials, a rough truck could increase the risk of a spill or contamination.
Overall, a rough truck could negatively influence the outcome of an investigation in physics by causing measurement errors, equipment damage, or safety hazards. It's important to properly secure and protect equipment during transportation and take precautions to ensure the safety of researchers and others involved in the investigation.
I hope one of these outcomes answers your question, and I apologize if I did not answer it; though I would love to follow up if you can provide more context.