Science must be open and aim for the common good. Scientific advancement is done to provide well-being to the population and to facilitate the way in which this population lives, moves, communicates and reinvents itself. As the population is constantly changing, it is necessary that scientific thinking be open to these changes as well.
Social changes, climate change, behavioral and food changes shape current scientific thinking. The advancement of technology is possible, thanks to the human being's ability to change. We can use several examples that prove the need for scientific thinking to be open to change. Among these examples are the changes in the media, the change in scientific thinking about how the human being should communicate has promoted a breakthrough in the technology that has resulted in smartphones, applications and computers that have so much changed the way we communicate.
Another example is the methods of treating diseases, each time disease becomes stronger, more difficult to treat and more common, scientific thinking has to change to formulate treatments more effective and less devastating.
Clara is meeting with a new client. She enters the conference room with her head high. She shakes the client's hand and smiles. The client will perceive Clara to be bold and confident. This leaves a position first impression on the client. The smile creates a welcoming environment. The shaking of the hands gives a sense of mental agreement of being open to discuss ideas.
The equation for cellular respiration is C6H12O6 + 6 O2 → 6 CO2 + 6 H2O + Energy
And to describe cellular respiration <span>C6H12O6 is oxidized and O2 is reduced.</span>
A sister chromatid<span> refers to either of the two identical copies (</span>chromatids<span>) formed by the replication of a single </span>chromosome, with both copies joined together by a common centromere. ...Homologous chromosomes<span> might or might not be the same as each other because they derive from </span>different<span> parents.
i hp this hlp u</span>
D because this is the process of when the nitrogenous bases are going to match each other to form our DNA sequence
