ice chunks are left behind and theres valleys that the glacier created
No, you cannot.
You can determine the direction a glacier moved by examining the features it left behind. Striations, which are scratches on rocks caused by the movement of the glacier, point in the direction of flow. Additionally, the shape of landforms such as moraines and drumlins can indicate the glacier's movement direction, with moraines forming at the glacier's edges and drumlins aligned in the direction of flow. Lastly, the orientation of glacial deposits can also provide clues about the glacier's path.
An erratic, such as a erratic boulder, can provide information about the direction and size of ice movement during past glaciation periods. By studying the type of rock and its location in relation to the source bedrock, geologists can determine the distance the glacier traveled and the direction it moved.
Glacial grooves are striations or scratches left on rock surfaces as glaciers move over them. The orientation and alignment of these grooves indicate the direction of the glacier's flow, as they are created by the movement of debris embedded in the glacier's base. By analyzing the pattern and angle of the grooves, geologists can determine the glacier's path and the dynamics of its movement during its advance and retreat.
To determine velocity, you must know the object's distance traveled, the direction in which it traveled, and the time it took to travel that distance. Velocity is a vector quantity that includes both speed (magnitude) and direction.
It's either onw of Fleming's rules, Franic, or Jefferson
If you divide he distance by the time, and take into account the direction traveled, you will get the AVERAGE velocity during the time considered.
Speed describes the distance traveled by an object divided by the time in which the distance was traveled, if the direction is not specified.
Displacement is the same as direction traveled when an object moves in a straight line with no change in direction. In this case, the distance traveled by the object is equal to its displacement.
To determine speed, you must know the distance traveled and the time taken to cover that distance. Speed is calculated as distance divided by time. You may also need to know the direction of motion if you want to determine the velocity, which includes both speed and direction.
The glacier likely advanced from the southwest. Drumlins form as glaciers move over the landscape and shape the land underneath them. The steep side of a drumlin points in the direction the glacier advanced from, indicating a southwest direction in this case.
The direction of a glacier's movement is indicated by the orientation of its flow lines, which generally follow the slope of the underlying terrain. Additionally, features such as striations, which are scratches or grooves on the bedrock caused by the glacier's movement, can show the direction of flow. The position of moraines, which are accumulations of debris deposited by glaciers, also provides clues about the glacier's movement direction.