answersLogoWhite

0


Best Answer

well if those 5 f's are the only grades that u have gotten in that class then yes and also yes u r failing...but again it all depends on what ur grade is if its in the 70s ur failing 80's ur almost failing i wanna say and if u in the 90's ur grade prob droped down to a 70 or 80 hope it helped!

User Avatar

Wiki User

12y ago
This answer is:
User Avatar

Add your answer:

Earn +20 pts
Q: If you have 5 f's in science for the whole year will you fail?
Write your answer...
Submit
Still have questions?
magnify glass
imp
Continue Learning about General Science

What is a statistic sentence?

Girl I dont know LOL I get Ds and Fs I dont listen but i did learn of it, its a dramatic sentence I think LML


What is an inductive generalization?

An inductive generalization takes a sample of a population and makes a conclusion regarding the entirepopulation.Inductive Generalizations take the form..X percent of observed Fs are GsthereforeX percent of all Fs are GsFor example, an experiment may test the effects of a drug on lab mice. They might reason..80% of observed mice die when given the drug.therefore80% of all mice die when given the drug.The argument's strength depends on the sample. A sample that is not representative of the population is called a biased sample.


What is targeted sampling in research studies?

I would like to sample the signal Xa(t) =1+cos(10 *pi*t) using sampling frequency fs=8 Hz. How can I calculate this? ANSWER: Your signal has a frequency component of 5hz (from the equation: 2*pi*f*t = 10*pi*t, therefore f=5). The Nyquist rate for this signal (the minimum sampling rate required to reconstruct the signal) is then 10Hz, and even at that rate the amplitude of the sampled signal will be reduced unless you can somehow synchronize the sampling with the peaks/troughs of the cosine signal. If you sample at 8Hz you will not be able to reconstruct the signal at all.


What happens to a charge present in a magnetically induced electric field?

It seems that the fundamental relationship between electric and magnetic forces is explained by the Special Theory of Relativity. If you are really interested - and know a lot of advanced math (more than me, certainly...) - you can read the Wikipedia article "Classical electromagnetism and special relativity", or search for similar sources. Otherwise, you'll just have to accept that it is so, and use the equations correctly.