Which process describes the warm ocean that transfers heat to the air above it?(1 point) Responses conduction conduction radiation radiation reflection reflection convection convection Question 2 A) Use this sentence: On a summer day, the heat of the land heats the air, causing it to rise and spread before cooling over the ocean, creating a breeze. How is thermal energy transferred when this happens? (1 point) Responses through conduction through conduction through refraction through refraction through radiation through radiation through convection through convection Question 3 A) Use this sentence: A student records the amount of sunlight that a plant receives each day for one week. Which type of energy transfer is also being recorded? (1 point) Responses conduction conduction rotation rotation radiation radiation convection convection Question 4 A)Which increases the amount of thermal energy on Earth according to scientists? (1 point) Responses The sun has grown brighter. The sun has grown brighter. There is more convection occurring on Earth. There is more convection occurring on Earth. More heat from Earth’s core is being conducted to the surface. More heat from Earth’s core is being conducted to the surface. An increase in greenhouse gases has trapped heat. An increase in greenhouse gases has trapped heat. Question 5 A)How are plants affected by an increase in thermal energy on Earth?(1 point) Responses The plants release more heat. The plants release more heat. Plants grow less. Plants grow less. There are fewer plants growing. There are fewer plants growing. Plants produce more pollen. Plants produce more pollen.Which process describes the warm ocean that transfers heat to the air above it?(1 point) Responses conduction conduction radiation radiation reflection reflection convection convection Question 2 A) Use this sentence: On a summer day, the heat of the land heats the air, causing it to rise and spread before cooling over the ocean, creating a breeze. How is thermal energy transferred when this happens? (1 point) Responses through conduction through conduction through refraction through refraction through radiation through radiation through convection through convection Question 3 A) Use this sentence: A student records the amount of sunlight that a plant receives each day for one week. Which type of energy transfer is also being recorded? (1 point) Responses conduction conduction rotation rotation radiation radiation convection convection Question 4 A)Which increases the amount of thermal energy on Earth according to scientists? (1 point) Responses The sun has grown brighter. The sun has grown brighter. There is more convection occurring on Earth. There is more convection occurring on Earth. More heat from Earth’s core is being conducted to the surface. More heat from Earth’s core is being conducted to the surface. An increase in greenhouse gases has trapped heat. An increase in greenhouse gases has trapped heat. Question 5 A)How are plants affected by an increase in thermal energy on Earth?(1 point) Responses The plants release more heat. The plants release more heat. Plants grow less. Plants grow less. There are fewer plants growing. There are fewer plants growing. Plants produce more pollen. Plants produce more pollen.

Question

Which process describes the warm ocean that transfers heat to the air above it?(1 point) Responses conduction conduction radiation radiation reflection reflection convection convection Question 2 A) Use this sentence: On a summer day, the heat of the land heats the air, causing it to rise and spread before cooling over the ocean, creating a breeze. How is thermal energy transferred when this happens? (1 point) Responses through conduction through conduction through refraction through refraction through radiation through radiation through convection through convection Question 3 A) Use this sentence: A student records the amount of sunlight that a plant receives each day for one week. Which type of energy transfer is also being recorded? (1 point) Responses conduction conduction rotation rotation radiation radiation convection convection Question 4 A)Which increases the amount of thermal energy on Earth according to scientists? (1 point) Responses The sun has grown brighter. The sun has grown brighter. There is more convection occurring on Earth. There is more convection occurring on Earth. More heat from Earth’s core is being conducted to the surface. More heat from Earth’s core is being conducted to the surface. An increase in greenhouse gases has trapped heat. An increase in greenhouse gases has trapped heat. Question 5 A)How are plants affected by an increase in thermal energy on Earth?(1 point) Responses The plants release more heat. The plants release more heat. Plants grow less. Plants grow less. There are fewer plants growing. There are fewer plants growing. Plants produce more pollen. Plants produce more pollen.Which process describes the warm ocean that transfers heat to the air above it?(1 point) Responses conduction conduction radiation radiation reflection reflection convection convection Question 2 A) Use this sentence: On a summer day, the heat of the land heats the air, causing it to rise and spread before cooling over the ocean, creating a breeze. How is thermal energy transferred when this happens? (1 point) Responses through conduction through conduction through refraction through refraction through radiation through radiation through convection through convection Question 3 A) Use this sentence: A student records the amount of sunlight that a plant receives each day for one week. Which type of energy transfer is also being recorded? (1 point) Responses conduction conduction rotation rotation radiation radiation convection convection Question 4 A)Which increases the amount of thermal energy on Earth according to scientists? (1 point) Responses The sun has grown brighter. The sun has grown brighter. There is more convection occurring on Earth. There is more convection occurring on Earth. More heat from Earth’s core is being conducted to the surface. More heat from Earth’s core is being conducted to the surface. An increase in greenhouse gases has trapped heat. An increase in greenhouse gases has trapped heat. Question 5 A)How are plants affected by an increase in thermal energy on Earth?(1 point) Responses The plants release more heat. The plants release more heat. Plants grow less. Plants grow less. There are fewer plants growing. There are fewer plants growing. Plants produce more pollen. Plants produce more pollen.

Answer 1

The process that describes the warm ocean transferring heat to the air above it is convection.

When the land heats the air, causing it to rise and spread before cooling over the ocean, thermal energy is transferred through convection.

The type of energy transfer being recorded when a student records the amount of sunlight that a plant receives each day is radiation.

According to scientists, an increase in greenhouse gases trapping heat increases the amount of thermal energy on Earth.

Plants are affected by an increase in thermal energy on Earth by growing less.

Answer 2

1. The process that describes the warm ocean transferring heat to the air above it is convection.

2. When the heat of the land heats the air, causing it to rise and spread before cooling over the ocean, creating a breeze, thermal energy is transferred through convection.

3. When a student records the amount of sunlight that a plant receives each day for one week, the type of energy transfer being recorded is radiation.

4. According to scientists, an increase in the amount of thermal energy on Earth is caused by an increase in greenhouse gases trapping heat.

5. Plants are affected by an increase in thermal energy on Earth by growing less.

Answer 3

1) The process that describes the warm ocean transferring heat to the air above it is convection. Convection is the transfer of heat through the movement of fluids (in this case, the ocean water) due to temperature differences.

2) In the given sentence, thermal energy is transferred through convection. When the land heats the air, it causes the air to rise and spread, creating a breeze. This is an example of convection, as the warmer air rises and transfers heat to the cooler air above it.

3) The type of energy transfer being recorded in the sentence about the student recording the amount of sunlight that a plant receives is radiation. Sunlight is a form of electromagnetic radiation, and it is one of the primary ways in which energy is transferred from the sun to the Earth.

4) According to scientists, an increase in the amount of thermal energy on Earth is primarily caused by an increase in greenhouse gases trapping heat. Greenhouse gases, such as carbon dioxide, absorb and re-emit infrared radiation, leading to an overall increase in the Earth's temperature.

5) An increase in thermal energy on Earth can have various effects on plants. One possible effect is that plants may grow less due to the increase in temperature, as certain plants have specific temperature requirements for optimal growth. Additionally, an increase in thermal energy could potentially lead to changes in climate patterns, which can affect the availability of water and other resources for plants, impacting their growth.