Answer:
Well the most common is habittat destruction. With the number of humans only growing, more land is needed and habitat desturctions occur. Lack of food is also a problem, as some crops don’t grow as much so the bee’s food source is smaller which leaves thousands dead. Also if the food source doesn’t run out, there are pesticides sprayed and the bees will die if eaten one which the chemical properties in a pesticide will kill. Also if not used, littering, if you dump it into a water source, the water gets contaminated and the bees could die from that, or the water spreads ano the flower would receive this chemical property, which could kill the Bee’s food source, or the flower doesn’t die but when the bees consume it, the bee will die.
Since it’s natural environment is very acidic, putting pepsin in a very alkaline environment would cause it to denature.
Hi!
The answer is C. The Sun
The energy that producers get from the sun, along with water, allows them to begin photosynthesis, the process in which they make their food, because they are not able to absorb other forms of energy because they are plants.
I hope this helps!!
A substance that causes pigment particles to adhere (stick) to one another and remain attached to the surface of a painting is called a: binder.
<h3>What is painting?</h3>
Painting can be defined as a process that involves coating the surface of an object or body, especially through the application of a paint.
In painting, color is most notably and primarily provided by pigment.
<h3>What is a binder?</h3>
A binder can be defined as a substance that causes pigment particles to adhere (stick) to one another and remain attached to the surface of a painting.
In conclusion, a binder is a substance that makes it possible for pigment particles to stick completely together to one another and remain attached to the surface of a painting.
Read more on painting here: brainly.com/question/17996239
Answer:
- Mother´s genotype: X⁻ X⁻
- Father´s genotype: X⁺ Y
- Son´s genotype: X⁻ Y
- Daughter´s genotype: X⁺X⁻
- The probability of having a color-blind son, X⁺Y, is 2/2 = 100%
- The probability of having a color-blind daughter, X⁻X⁻, is 0%
- The probability of having a carrier daughter, X⁺X⁻, is 2/2 = 100%
Explanation:
Due to technical problems, you will find the complete explanation in the attached files
