Math help?
How can I estimate the area of integrals?
example here:
How can I estimate the area of integrals?
example here:
Good day, Unfortunately, I don't really understand total internal reflection yet. I'm really looking forward to your detailed and easy-to-understand explanations. Total internal reflection can occur at the transition from an optically denser to an optically thinner medium if the angle of incidence is so large that the angle of refraction would be over 90°…
Can someone help me with this task? I don't fully understand the topic of probability distribution and how I should proceed with this task.
I have 45 Berliners, every 10th is with soda instead of jam. Is the probability 4 or 4.5?
Why does the second example in the table have to have 8 valence electrons where chlorine has 18? Chlorine has a total of 17 electrons, shell k is full at 2, shell l at 8, and m can hold a maximum of 18, which is why I entered 18 in the "Target" column.
I completely miscalculated but can't find my mistake. Many thanks in advance
How do I get from 285.7 m/s to 1028 km/h
Möglichkeiten:
a) Kästchen zählen (ganze, halbe, viertel, …) und addieren
oder
b) ausgleichende Geraden eintragen und als Dreiecke berechnen