Weather “REVIEW”. Describe the difference between what Weather is and what Climate is. Weather: Short period of time Climate: Average over a long period.

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Presentation transcript:

Weather “REVIEW”

Describe the difference between what Weather is and what Climate is. Weather: Short period of time Climate: Average over a long period of time

 Which one of the following statements best describes Air Pressure?   The measure of the amount of water in the atmosphere.  The measure of the energy of motion of air molecules.  The force exerted on an object (you) by the weight of air molecules.  The movement of air from High to Low pressure areas.

 Which one of the following statements best describes Temperature?   The measure of the amount of water in the atmosphere.  The measure of the energy of motion of air molecules.  The force exerted on an object (you) by the weight of air molecules.  The movement of air from High to Low pressure areas.

 Which one of the following statements best describes Humidity?   The measure of the amount of water in the atmosphere.  The measure of the energy of motion of air molecules.  The force exerted on an object (you) by the weight of air molecules.  The movement of air from High to Low pressure areas.

 Which one of the following statements best describes Wind?   The measure of the amount of water in the atmosphere.  The measure of the energy of motion of air molecules.  The force exerted on an object (you) by the weight of air molecules.  The movement of air from High to Low pressure areas.

 1. T or F? Heat moves from matter at a lower temperature to matter at a higher temperature.  False

 Heat can move through a material without the material itself moving. This type of movement is called conduction.  Which of the following is an example of conduction? a. If you stand in the path of radiation, you can feel the heat but if you move out of the path you will feel cold. b. A metal spoon is placed in a hot drink and the handle becomes warm. c. Water at the bottom of a pot takes in heat from the stove burner and moves upwards taking the heat with it.

 Heat can also move through a material by actually moving the material. This type of movement is called convection. Heat usually moves through liquids and gases by convection.  Which of the following is an example of convection? a. If you stand in the path of radiation, you can feel the heat but if you move out of the path you will feel cold. b. A metal spoon is placed in a hot drink and the handle becomes warm. c. Water at the bottom of a pot takes in heat from the stove burner and moves upwards taking the heat with it

 The third way heat moves is pure energy that moves through empty space. Light, x-rays, and microwaves, as well as heat, move through space as radiation.  Which of the following is an example of radiation? a. If you stand in the path of radiation, you can feel the heat but if you move out of the path you will feel cold. b. A metal spoon is placed in a hot drink and the handle becomes warm. c. Water at the bottom of a pot takes in heat from the stove burner and moves upwards taking the heat with it.