Difference Between Water and Gatorade (With Table)

Water makes up sixty percent of the human body on average, ranging from forty to seventy-five percent. In our bodies, water acts as an electrolyte, conducting electrical stimuli throughout our central nervous system. We lose electrolytes like sodium and potassium when we sweat. It is normally rehydrated by drinking water. Athletes, on the other hand, train hard and require more electrolytes to rehydrate and regain energy quickly. As a result, they consume sports drinks or electrolytes. We’ll discuss the differences between water and Gatorade in this section.

Water vs Gatorade

The main difference between water and Gatorade is that water is a weak electrolyte whereas Gatorade is a strong electrolyte. Water is the most natural and effective hydrating drink. Gatorade, on the other hand, is a high-electrolyte artificial drink. We’ll see significant differences in their composition and electrolyte concentration later in the article.

The most basic drink that keeps us hydrated is water. The nervous system’s proper functioning depends on the balance of water in our bodies. We’re comparing water and Gatorade as electrolytes here. Electrolytes such as sodium and potassium are found in trace amounts in pure water. As a result, it is classified as a weak electrolyte.

Gatorade, on the other hand, can be considered an add-on. Gatorade is used when water fails to provide you with enough electrolytes to replenish your body’s lost electrolytes. Gatorade can be described as a sports drink in general. Athletes sweat electrolytes during strenuous workouts, so Gatorade helps them replenish electrolytes while also promoting energy.

Comparison Table Between Water and Gatorade

Parameters of comparison 

Water 

Gatorade (590 ml)

Calories 

0

50 Kcal

Carbohydrates 

0

14g

Potassium content 

0

30 mg

Sugar content 

10g

Is it a weak electrolyte?

Yes 

No 

What is Water?

The chemical formula for water is H2O, which means it contains two hydrogen atoms and one oxygen atom. Water is a poor electrolyte but an excellent electrical conductor. Water is essential to our survival because it transports fluid throughout the central nervous system. It has a pH of 7 that is neutral. It keeps the body running, and if we don’t drink enough water, we become dehydrated, which can lead to a variety of problems. The density of water is 997 kg per meter cube. Water contains trace amounts of sodium, which aids in the retention of body fluids. The body can not function without water in it.

Water is the best natural hydrating drink, but we’re comparing it to Gatorade in this case. Here, we’re talking about athletes who work out hard regularly. They train for two hours or more daily. They are losing enough electrolytes in the process, and Gatorade can be a good option if water isn’t enough to replenish the required minerals and electrolytes. Daily water intake in the proper amount is also required for proper performance, as the tissues and cells require sufficient water to carry out efficient movement functions. Water is tasteless and odorless in comparison to Gatorade.

What is Gatorade?

Gatorade, on the other hand, is an electrolyte drink that is not made with water. It can be thought of as a supplement. Gatorade is commonly referred to as a sports drink because it is commonly consumed by athletes. The reason for this is that sweating causes electrolyte loss during sports or other strenuous physical activities. Electrolytes are lost through urine and sweat in general. As a result, Gatorade is a good option for replacing lost electrolytes. Sugar, potassium, and sodium are all present in Gatorade. Furthermore, it comes in a variety of flavors, which adds to the drink’s appeal.

The sucrose in Gatorade helps to keep blood sugar levels in check. Along with the loss of electrolytes, blood sugar levels drop when performing strenuous physical labor. As a result, the sugar in Gatorade helps to raise blood sugar levels, providing more energy and refreshment as soon as it is consumed. It serves as an energy source while also replenishing your body’s electrolytes. It should also be noted that Gatorade contains calories, so replacing water with Gatorade is not a good idea. However, if you’re doing any strenuous activities, it’s best to use them. Another factor is the sugar content. Water is a natural product that contains no sugar or calories, and its benefits cannot be replaced by a supplement.

Main Differences Between Water and Gatorade

  1. Water is a weak electrolyte whereas Gatorade is a strong electrolyte.
  2. Water has no traces of sugar in it while Gatorade has a certain amount of sugar in its composition.
  3. Potassium content in water is nil, whereas Gatorade contains 30 gm of potassium in it.
  4. Water has no carbohydrates whereas Gatorade has 14 gm of carbohydrates in it.
  5. Water has no calories in it whereas there are specific calories in Gatorade depending on its composition.

Conclusion 

water keeps the body running smoothly, and if we don’t drink enough water, we become dehydrated, which can cause a variety of issues. Water contains trace amounts of sodium, which aids in body fluid retention. Water is the best natural hydrating beverage, but in this case, we’re comparing it to Gatorade. 

Because it is commonly consumed by athletes, Gatorade is referred to as a sports drink. Sweating causes electrolyte loss during sports or other strenuous physical activities. As a result, Gatorade is an excellent choice for replenishing electrolytes. Gatorade’s sucrose helps keep blood sugar levels in check. When performing strenuous physical labor, blood sugar levels drop along with electrolyte loss. As a result, Gatorade’s sugar helps to raise blood sugar levels, giving you more energy and refreshment as soon as you drink it.

Water is a weak electrolyte, whereas Gatorade is a strong electrolyte. The most natural and effective hydrating beverage is water. Gatorade, on the other hand, is an artificial high-electrolyte drink. 

References

  • https://scholarexchange.furman.edu/scjas/2015/all/169/
  • https://www.sciencedirect.com/science/article/pii/S0099239997804025