The answer to that question would be false as there are major differences between how the food grows as in growth rate, mass, and texture and taste; and what kind of nutrients and chemicals you'd be putting into your body such as conventionally are like GMOed for various reason to make certain characteristics while you maybe also eating chemicals produced thereof because of so that isn't necessarily healthy for you to consume whereas organically grown produce is likely to be smaller and disformed at times, and don't always have abundant crops with the acasional bug. So to answer your question Yes there are major differences between organically and conventionally grown vegetables.
Answer: A. Does the wave require a medium to travel.
Explanation:
Mechanical waves require the presence of a material object to be able to engage in energy transfer. For example, Sound is a mechanical wave that needs a medium to travel such as a solid or liquid.
Electromagnetic waves on the other hand, are able to travel through a Vacuum including that of space and they include all light waves. This is why the sun's light is capable of reaching Earth.
Answer:
I believe that the protists were the first organisms on earth. And the other 5 kingdoms then came from the protists.
I think that's it! :)
Given what we know, we can confirm that the enzymes in a Venus flytrap can in fact digest prey, making the plant one of the only carnivorous plants known.
<h3>What enzyme does the Venus flytrap use?</h3>
- The Venus flytrap is known to use aspartic proteases.
- This is a digestive enzyme used primarily by this plant.
- It uses this enzyme to dissolve and digest the captured prey.
Therefore, we can confirm that the Venus flytrap is one of the only plants known to be carnivorous, they consume their prey by using the aspartic proteases enzymes to digest trapped prey.
To learn more about enzymes visit:
brainly.com/question/24811456?referrer=searchResults
Carbon dioxide increases acidity when dissolved in water e.g. in blood as it reacts with the water to form carbonic acid which has a slightly acidic pH.
