A matrix maps a point P to a point Q if it maps the position vector of P to the position vector of Q. To figure out where a matr
1 answer:
The transformation matrix changes a vector into another vector into a two-dimensional or three-dimensional space.
<h3>What is a Matrix?</h3>This refers to the rectangular array that is used to represent a mathematical property and has rows and columns.
Some of the commonly used transformations in matrices are:
- stretching,
- squeezing,
- rotation,
- reflection,
- orthogonal projection.
Hence, we can see that your question is incomplete as you did not include the matrices, so a general overview is given to you to get a better understanding of the concept.
Read more about matrices as transformations here:
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The climate controls that best explains the difference in average daytime temperature variation from month to month between Seattle and Fargo as well as between Dublin and Moscow is latitude
- Latitude is simply known as the highest force behind differences in temperature which also are fluctuations in incoming solar radiation. It alters (change) the angle of the sun and length of daylight control of the global distribution of temperature.
- The 2 factors that causes this alterations or changes in latitude are therefore sun angle and length of daylight.
- Latitudes is known to show how much of the changes or variation in average temperature at a fixed latitude, average daytime temperature variation and seasonal fluctuations in temperature.
Conclusively, we can say that The climate controls that best explains the difference in average daytime temperature variation from month to month between Seattle and Fargo as well as between Dublin and Moscow is latitude
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