You plugged in the final velocity, but was it traveling with that velocity the whole time? What was the average velocity, given the acceleration was constant?Manh said:
Manh said:
This equation doesn't describe the body in acceleration...Manh said:
a = 94.44/66 = 1.43 m/s^2DaniV said:
Thats right!Manh said:
I submit the answer but it is still incorrect according to Mastering PhysicsDaniV said:Thats right!
This is incorrect. The initial velocity is zero. Only the 3rd term should be in there. Alternately, the average speed is (94.44)/2 = 47.22 m/sec, so the distance should be half your original answer 6233/2 = 3117 m. Either way, you will get the same answer.Manh said:
Altitude in time refers to the change in a location's elevation over a period of time. It can be measured in various units such as feet, meters, or miles.
Altitude in time is calculated by subtracting the initial altitude from the final altitude and dividing it by the time elapsed. This gives the average rate of change in altitude over a specific period.
Altitude in time is important to study because it can affect various aspects of our lives, such as weather patterns, air pressure, and even our physical health. Understanding changes in altitude over time can also help predict potential natural disasters.
Altitude in time can vary greatly across different locations, depending on factors such as geographic location, topography, and climate. For example, a coastal city may experience minimal changes in altitude over time compared to a mountainous region.
There are various tools used to measure altitude in time, including altimeters, GPS systems, and satellite imagery. These tools can provide accurate and precise data on changes in altitude over time in a specific location.