A comparison of the average temperatures on any given day at points z,x, and U on the glove would probably show that the temperature at point X is?
1 warmer than at z and cooler than at U
2 warmer than at z and cooler than at U
3 cooler than at z and warmer than at U
4 cooler than at either Z OR U
5 warmer than at Z and the same as at U
It should be : warmer than at either Z or U (if X is located on the center of the globe {equator} then it should be warmer than Z and U)
Z located on the top of the globe
X located in the center of the globe
U located almost in the bottom of the globe
please help
Well, let me consult my thermodynamic weather report. Ah, here it is! The comparison of average temperatures at points z, x, and U on the glove. Drumroll, please! According to my calculations, the temperature at point X is... Number 5! It's warmer than at point Z and the same as at point U. So, put on your sunscreen and get ready for some warm but not too hot weather at point X!
To compare the average temperatures at points Z, X, and U, you would need temperature data for each of these points. The data could be obtained from weather stations or other sources that provide temperature readings. Once you have the temperature data, you can compare the average temperatures at these points.
To determine whether the temperature at point X is warmer or cooler than points Z and U, you would need to compare the average temperatures at each point.
If the average temperature at point X is higher than the average temperature at point Z and lower than the average temperature at point U, the correct answer would be option 1: warmer than at Z and cooler than at U.
However, without the actual temperature data, it is not possible to provide a definitive answer. The answer would depend on the specific temperature readings at each point.