Tag: Soft drink effects

According to data from the Centers for Disease Control and Prevention (CDC), nearly half of Americans drink at least one sugar-sweetened beverage per day. This raises the critical question: is Pepsi as good as water, or are we confusing our thirst cues with a need for sugary drinks?

According to the University of Pennsylvania, coffee, tea, juices, and alcohol are all acidic, yet many people wonder about soda's chemical composition. So, is soda an acid or alkaline drink? The short and definitive answer is that soda is an acidic beverage, with a pH level far below neutral water.

Did you know a single 12-ounce can of sugary soda can easily exceed the recommended daily added sugar intake? This fact highlights the potential health risks, making it important to understand what happens when you drink too much 7UP and other similar carbonated drinks.

While caffeine is quickly absorbed by the body, with some effects felt as soon as 15 minutes after consumption, the full "wake-up" impact from Coca-Cola takes longer to reach its peak. This delay and the overall effect are influenced by Coca-Cola's lower caffeine content compared to other sources, as well as the sugar content that contributes to a short-lived sugar rush.

According to the Centers for Disease Control and Prevention (CDC), sugary drinks are the leading source of added sugars in the American diet, and frequent consumption is linked to a higher risk of health problems. So, what is the effect of too much soft drink on the body? The impacts are widespread, affecting everything from your teeth to your heart and metabolic health.

In 2009, a lawsuit against PepsiCo over an alleged mouse in a can of Mountain Dew sparked a now-infamous legal defense: that the soda's acidity would have dissolved the rodent into a jelly-like substance. This stomach-churning legal claim brought to light a fascinating and somewhat horrifying question for many consumers: What soda can dissolve a mouse? The answer holds a key lesson about the true nutritional dangers lurking inside fizzy drinks.