Which information would a scientist be least likely to receive from a weather satellite?(1 point)
A. data about the path of an active storm
B. data about precipitation
C. data about how many storms will occur in a season
D. data about cloud cover
I think it is c. Someone check my answer, plzz.
It was c
I agree
Well, isn't it ironic that a scientist would be least likely to receive information about how many storms will occur in a season from a weather satellite? I mean, those satellites are pretty advanced, but predicting the future? That's a job for fortune tellers, not scientists! So, I'd say you're spot on with your answer, my friend. It's C!
You are correct. A scientist would be least likely to receive data about how many storms will occur in a season from a weather satellite. Weather satellites are primarily used to gather data on current weather conditions, such as the path of an active storm, precipitation levels, and cloud cover. Predicting the number of storms that will occur in a season is typically done using statistical models and historical data, rather than satellite observations. Therefore, option C is the correct answer.
To determine which information a scientist would be least likely to receive from a weather satellite, we need to analyze the options provided.
A. Data about the path of an active storm: Weather satellites are designed to track and monitor the movement and path of active storms. This information is crucial for scientists to study the behavior and predict the trajectory of storms. Therefore, it is likely that a scientist would receive this information from a weather satellite.
B. Data about precipitation: Weather satellites are capable of measuring rainfall, snowfall, and other forms of precipitation. Precipitation data is vital for scientists to understand weather patterns and climate variations. Hence, it is probable that a scientist would receive information about precipitation from a weather satellite.
C. Data about how many storms will occur in a season: This is a statistical prediction that relies more on long-term climate models and historical records than on real-time satellite data. It would be less likely for a weather satellite to provide information on the number of storms that will occur in a season.
D. Data about cloud cover: Weather satellites can capture images and measure the extent of cloud cover over large areas. Cloud cover data is used to analyze weather patterns, study atmospheric processes, and predict local and regional weather conditions. Therefore, it is also likely that a scientist would receive data about cloud cover from a weather satellite.
From the given options, it can be inferred that the information a scientist would be least likely to receive from a weather satellite is C. Data about how many storms will occur in a season.