14. Looking ahead: Give an example of how the Law of Conservation of Energy applies to eating your favorite meal. Give at least 2 energy transformations.(5 pts)

Answers

Answer 1
Answer:

Answer:

The law of conservation of energy applies to eating your favorite food in that the energy contained in the food is being converted to energy usable for the body system after the final digestion(Glucose or simple sugar, amino acid, etc)

Examples of transformation of energy include

(1) Transformation from Chemical energy in battery to light energy in bulb

(2) Transformation of Electrical energy to thermal/Heat energy in electric stove.

Explanation:

The law of conservation of energy states that energy can neither be created or distroy. It can only by converted from one form to another.


Related Questions

how your weight would change with time if you were on a space ship traveling away from,earth toward the moon
Can someone help me on 2 science question,this is what they say1. A teacher challenges.students to study moon phases to determine if what they have learned from the textbook is accurate. How might a student investigate claims made in a textbook that moo. phases occur in a 28-day cycle?A. observe the phase of the moon each night until a full moon can be seen.B. Compare the textbook phases to the actual moon phases seen in the night sky each night in 28 days periods over a three month time frame.C. Compare diagrams of moon phases from the textbook to diagrams of moon phases on-lineD. Observe the moon phases seen in the night sky as often as possible over a six month period.2. What causes the apperance of the moon change overtime?A. The orbit of the Earth around the Moon and its distance from the sun.B.The Moons position relative to the sun and earth as it revolves around sun.C. the rotation of the moon on its axisD. The distance of the moon to the sunthank you
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Where do most water molds and downy wildews live?
I need help on #9 (it's side ways sorry...)

A car designer is designing a new model of a popular car. He wants to use the same engine as in the old model, but improve th new car's acceleration. Use Newton's second law to explain how to improve the car's acceleration. Use Newton's second law to explain how to improve the cars acceleration without redesigning the engine.

Answers

The correct answer for the question that is being presented above is this one: "The second law states that the acceleration of an object is dependent upon two variables - the net force acting upon the object and the mass of the object. F = ma; a = F/m. This means that Force over the mass. In order to improve the acceleration without redesigning is that the company has to improve the force assuming that the mass is still the same."

50 POINTS! Why is the Ocean harder to explore than Outer Space, besides the water pressure? :D

Answers

Going that deep into the water it can get very hot in the submarine  , whether you believe it or not , it also causes problems when you come back to the surface. The gravity is not the same under water as it is on land . 

In some parts of the ocean the Carbon levels are really high.

In the ocean there are many unknown species and we do not actually know what is down there or what could attack us.

Although we can make lots of forms of light , down in the ocean it is very dark so we can't see basically anything , unless there is a fish that can glo , in the ocean there are many of those .

Also we do not "yet" have a way for gas of a fan powered sub to run for multiple hours
 ( months or days)

I hope this helps
Based on precise facts, scientists have only studied 1% of the Ocean. Imagine that. Why is this so?

This is on the grounds that investigating the seas is more troublesome than investigating the Moon and space. It's genuinely simple to construct a little spaceship to hold weight. The world is full of water. About 70%. So imagine going deep down into the water and exploring all parts of the globe. Scientists haven't created a good equipment to dive deep down into the ocean.

Forces Quiz 1. What is true about all forces?
a. They are unbalanced
b. They involve more than one object
c. They cause objects to move
d. They cancel each other out

Answers

B they involve more than one object

Final answer:

The accurate answer to the question on forces is that they involve the interaction between at least two objects. This is basic to Newton's Third Law of Physics stating that for every action, there is an equal and opposite reaction. Correct option is b.

Explanation:

The correct answer to this forces quiz question is b. They involve more than one object. Physics, specifically Newton's Third Law, states that for every action, there is an equal and opposite reaction. This law implies that a force involves the interaction between at least two objects. The other potential answers are incorrect as forces can be balanced or unbalanced, they may or may not cause objects to move, and they only cancel each other   out when they are equal in magnitude but opposite in direction.

Learn more about Forces here:

brainly.com/question/33301608

#SPJ6

What is Aristotle famous for?

Answers

Answer:

History

Explanation:

Im. Sorry. Im. Not. Much. Help

What happens to a reflection of light that has struck a surface?A) It bounces off.
B) It becomes absorbed.
C) It gets transmitted.
D) It gains energy.

Answers

Answer:

A) It bounces off.

Explanation:

Bouncing back of light into the same medium is known as reflection of light

As per law of reflection we know that light incident on the surface at a given angle with respect to the normal then the angle of reflected light with the normal will be same

angle of incidence of light = angle of reflection of light

Also we know that incident light, reflected light and normal always lie in the same plane

So we can say that here correct answer will be

A) It bounces off.

Answer:

The answer is A) It bounces off

Explanation:

Refraction bends and Reflection bounces off. (I just took the test).

Which of the following lists the Earth’s layers in order from hottest to coldest in temperature?A.outer core, mantle, inner core, crust
B.crust, mantle, outer core, inner core
C.inner core, outer core, mantle, crust
D.mantle, crust, inner core, outer core

Answers

The answer is C, Inner core, outer core, mantle, crust.
Well,

Logically, the deeper we go, the hotter it will get.

It turns out that the innermost part of the lithosphere is the hottest, while the outermost part of the lithosphere is the hottest (suprise!).

Option C is correct.