I don't know what the expieraments about but I can say its rather B or C the independent variable is the variable that you are testing.
Answer:
artificial selection/selective breeding
Explanation:
The illustration is an example of <u>artificial selection.</u>
<em>By definition, </em><em>artificial selection</em><em> is the deliberate perpetuation of some traits in living organisms simply because the traits are desirable. The organisms are selected because of the traits and allowed to breed either naturally or otherwise in order to ensure that these traits appear or are even consolidated in the offspring of the breeding. </em>
The offspring from selective breeding are expected to combine the desirable traits of the two parents and thus, appear better than each of the parents.
Answer:
Answer is compassionate style.
Explanation:
Compassionate style can be explained as a way of having a very positive emotions, which involves showing kindness, caring and perseverance to others. It can also involves going to an extreme to help or satisfy others.
In this case, grandpa Sylvester have a compassionate style because,or maybe the grandpa Sylvester discovered that his grandson Elmer like or love attending wrestling events.
In this , Sylvester put the satisfaction of his grandson into consideration.This act will also reduce his parenting responsibilities.
Answer:
i have this worksheet let me get it
Explanation:
I. Each carbon atom can form single bonds with up to four other carbon atoms. II. Each carbon atom can form double bonds with up to two other carbon atoms. III. Carbon atoms can join together to form chains or rings. IV. A single molecule of some compounds can contain thousands of carbon atoms.
Answer:
All the given choices
Explanation:
Carbon is a very interesting element which is the backbone of most organic compounds.
Organic compounds are made up of carbon. Carbon forms a wide range of compound due to the following properties;
- An atom of carbon has 4 valence electrons and can bond with 4 other carbon.
- Carbon can form single, double and triple covalent bonds.
- They can join together to form rings or chains.
