Will give brainliest if answered within five minutes!
the picture below shows the weather station model at a particular location.

image shows a weather symbol with the following attributes: in the center is a circle that is filled in black. surrounding this circle are several other symbols and numbers. to the left of the circle is a symbol that consists two solid black dots placed in a horizontal orientation. in the upper-left corner of the model is the number 45; in the upper-right corner of the model is the number 045; in the lower-left corner of the model is the number 29. a line segment runs from the central circle through the lower right of the model; two smaller line segments connects to this line - one smaller than the other - pointing in a southwest direction and forming an upside-down 'f'.

which of these statements best describes the future weather condition at the location?

there will be light rain.

the sky will remain clear.

heavy snowfall is expected.

wind will blow from northwest.

Option A

Explanation:

In the given image all symbols and numerical value depicts a weather condition.  

For instance, the circle (black in color) at the center represents the condition of cloud cover of any place or city X

The number 29 represents the dew point reading and the two small black color dots represent the current climatic condition of any place or city X

Number 45 represents the temperature of the place or city X.  

And the number 045 represents the pressure.  

The longer line connected to the central dark circle represents the direction of the wind and the two lines further extending from the large line represents the wind speed.  

Under all this scenarios, there is a possibility of light rain.  

Hence, option A is clear.

its temperature is increasing. this causes molecular vibrations to increase.

well first you need the sample of the temperature and gas level. i couldnt write a hypothesis unless i had some data. i think temperature changes will effect volumes of gas because gas changed into a solid or liquid at specific temperatures.