Answer: B) False
Explanation:
<em>Reporting bias</em><em> </em>happens when a reporter leaves a subjective mark on the news report, choosing to reveal only the information which would serve his/her purpose.
In this case, the local college professor was simply dissatisfied with the way the newspaper story was written and how the journalist put the information together. Tyler just told the journalist about the astrological event and they didn't create a story with reporting bias by eliminating information or trying to give a different meaning to certain events.
When you sit, you don't do as much movement, but if you run, your body makes more carbon, and also lose calories
<span>1. hunters pursued their prey across a land bridge into the Americas.
2. the earliest settlers came in search of better farm land.
3. Widespread disease drove the people away from Asia to the Americas.
4. The earliest settlers were escaping widespread war in Asia.</span>
fret-based sensor for CAMKII activity (Fresca): a useful tool for assessing camkii activity in response to Ca2+ oscillations in live cells - PMC.
For embryogenesis as well as neuronal, immune, and cardiac signaling, Ca2 oscillations and subsequent Ca2/calmodulin-dependent protein kinase II (CaMKII) activation are necessary. Fertilization causes Ca2 oscillations, but the pattern of CaMKII activity that follows is still mostly unknown. To fill this gap, we started by using the sole CaMKII activation biosensor that is currently available.
Since CaMKII is a component of this sensor, Camui, it only records when this particular CaMKII variation is activated. Additionally, we developed a substrate-based CaMKII activity sensor, FRESCA (FRET-based) to simultaneously detect the activity of all endogenous CaMKII variants. CaMKII activity sensor). To investigate the difference responses of the sensors Camui and FRESCA.
To learn more about Ca2+ oscillations here
brainly.com/question/13607475
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Answer:
(3) TIR causes a portion of the light to be refracted and the rest to be reflected
Explanation:
Total internal reflection is the reflection of a light ray completely within a medium for example glass or water which bounces back after reflecting from the surrounding surfaces into the medium. When the incident angle is more than an certain limiting angle, called the critical angle, the phenomenon is called total internal reflection.
In total internal reflection none of the portion of the incident light gets refracted, it gets only reflected multiple times within the medium.
Hence the false statement is (3).
