Conduction cooking<span> is the </span>process<span> of </span>heat<span> being</span>transferred<span> between objects through </span><span>direct contact</span>
An electron microscope uses a beam of electrons in order to see very small and detailed components. These electrons are in fact negatively charged particles.
This type of microscope would allow you to see small components such as ribosomes and other organelles inside a cell.
Therefore, your answer is B. Electron Microscope.
I believe it is D! I hope this helps : )
Answer:
c)
Explanation:
A type II error refers to the non-rejection of a false null hypothesis (also known as a "false negative" finding or conclusion). This means that the null hypothesis is false and you fail to reject it .
The type II error gives you a false negative conclusion, meaning that it tells you something is false when it's actually true.
Observing the option we have we can conclude that the one that refers to type II error is c) Concluding that a treatment has no effect when it really does (false negative)
<u>Note; </u>
<u>A) and B) show no errors.</u>
<u>D) shows a Type I error where you conclude something is positive when it's actually false. </u>
