The answer would be gastrocnemius (calf muscle)
Energy is not a substance, so you can't always pinpoint an exact "location" for it. Specifically in the case of potential energy, which is what I believe what you mean when you say "stored energy", the energy is not "stored in an object"; rather, it is defined by the RELATIONSHIP between two or more objects. For instance, if two magnets attract one another, pulling them apart requires force; therefore, when they are separate they have more energy (potential energy) than when they are together. The same applies to any type of potential energy, such as chemical energy, nuclear energy, gravitational potential energy, electrical potential energy.
The lakes have a high specific heat capacity.Answer:Air passing over the lakes becomes moister from evaporation. This evaporation of water requires heat which is absorbed from the air. As a consequence the air becomes cooler.
No. some bonds actually require sustained energy to break apart (such as water). This is displayed in the use of a Hoffman apparatus, which requires an electrical current to split water into Hydrogen and Oxygen.
No, because the chart shows reduction potentials. Ered cathode - Ered anode = emf just requires you to plug in the reduction potentials the way they are. A common equation is Ered cathode + Eox anode = emf, in which case you would have to flip the sign of the anode's reduction potential, since you would need its oxidation potential. But the equation Ered cathode - Ered anode = emf is simpler and probably formed to be that way.
Nuclear fusion requires extremely high temperatures, and pressures.Nuclear fusion requires extremely high temperatures, and pressures.Nuclear fusion requires extremely high temperatures, and pressures.Nuclear fusion requires extremely high temperatures, and pressures.
mediastinum
A compound fracture is called this. If the bone sticks out of the skin it is called a compound open fracture.
C. gastrocnemius. Its the only muscle that would be effected out of the possible answers listed.
A:The difference is potential a anode requires a positive potential and the cathode requires a negative potential ANSWER : I wander what a zener will behave with this explanation. Both have cathode and anode terminals
It's potential energy, but to produce a better answer requires clarification.
Neither. You take heed of the consequences, or heed the consequences. Consequences are always plural.*Unless you are using the alternate definition of the word consequence which is "Importance with respect to power to create change" which basically means theidea of possible consequences as opposed to any specific consequence or consequences.
no, Osmosis is the movement of water from a higher water potential to a low water potential. This requires no energy. Active transport requires energy and it involves substances moving from a lower concentration to a higher.
Potential energy is energy based on position, as a result of moving things against (or with) forces (more specifically, so-called "conservative" forces, but I won't go into details about that here). It requires a force to separate two atoms; therefore, you have potential energy there. It also requires a force (a much greater force in this case) to separate the nucleons in an atom; as a result, you once again have potential energy.
The step in the OPSEC (Operations Security) process that requires you to look at the information and data you have and determine what adversaries may be able to deduce from it is called "Analysis of Threats." This step involves assessing potential risks and vulnerabilities through the eyes of a potential adversary to better protect critical information.
It can't. As osmosis is the natural movement of water down a water potential gradient, it requires no energy.
A: A FET has a very hi impedance it requires mostly potential as opposed to current like a transistor does,
The form of energy that comes from chemical bonds is known as chemical energy. Chemical energy is considered potential energy, as it requires a transformation to occur.