yes
no because how can you explain an observation without making one
An inference is a conclusion based on information given.A prediction is an educated guess of what will happen next without any knowledge of the actual results.Example: An experiment is designed to test if hot water will dissolve more salt than cold water.PREDICTION: 'Hot water will dissolve more salt than cold water'. (This is what you PREDICT before the experiment is done.)INFERENCE: 'Hot water dissolved more salt than cold water because.......'. (This is what you INFER after the experiment is done).
Scientists collect data through methods such as experiments, observations, and surveys. In experiments, variables are manipulated to observe their effects. Observations involve studying natural phenomena without interference. Surveys gather information through asking questions to a specific group of individuals.
Interpretation in meteorology is important because it allows meteorologists to make sense of complex weather data and observations, leading to more accurate forecasts and warnings. By interpreting and analyzing data, meteorologists can better understand weather patterns, make predictions, and communicate important information to the public to help them prepare for severe weather events.
Those types of observations are typically referred to as qualitative observations. This includes noting characteristics such as color, shape, texture, smell, taste, and sound. These observations are subjective and descriptive in nature.
Scientific inferences are based on observations
You gather information in both obsevations and inferences
Non-examples of inferences include outright statements of fact, such as "The sky is blue" or "She is wearing a red dress," which do not require interpretation or additional reasoning. They also include mere observations that lack deeper meaning, like "The dog is barking," without any conclusions drawn about why it might be barking. Essentially, non-examples are straightforward observations that do not involve connecting dots or making assumptions based on available information.
Saying they saw seagulls is an observation, as it directly reports what was visually perceived without interpretation or assumption. An inference would involve drawing a conclusion based on the observation, such as suggesting that the presence of seagulls indicates proximity to the ocean. Observations rely on concrete evidence, while inferences involve reasoning beyond the immediate data.
Using observations, you can discover patterns in data and make an inference
ew go away
They both give information
observations
Using observations, you can discover patterns in data and make an inference
No, inferences are conclusions drawn based on observed evidence or facts. Without making observations first, there is no basis to draw logical conclusions or make accurate inferences. Observations provide the necessary information to make sense of a situation and draw meaningful conclusions.
Qualitative observations always involve descriptions and characteristics that cannot be easily measured or quantified. They rely on the observer's subjective interpretation and are often used to gather information about qualities like texture, color, shape, and smell.
well i lost my shoes turns out to be my dog had it