An engineering branch that mixes engineering physics and mathematics principles
Answer:
(B) FALSE
Explanation:
view factor depends on the surface emissivity and the surface of geometry view factor is the term used in radiative heat transfer. View factor is depends upon the radiation which leave the surface and strike the surface.View factor is also called shape factor configuration factor it is denoted by
this looks like its the different phases of a single cylinder 4 stroke engine what are you doing in the picture or assignment though matching the numbers to the descriptions on the side?
<u>Answer:
</u>
def print_menu():
print("MENU')
print("c-Number of non-whitespace characters\nw - Number of words\nf-Fix capitalization\nr
Replace punctuation\ns - Shorten spaces\nq - Quity
print("\n Choose an option: ")
#################################
def get_num_of_non_WS_characters (s):
count = 0
for x in s
if not x is ‘ ‘:
count +=1
return count
<u>Explanation:</u>
Computers are very quick and more efficient when it comes to performing the various tasks we give them on a daily basis, sometimes things can get a bit unenergetic and we find that your PC stalls or ‘freezes altogether’.
While technically speaking, "force quit" is a term applied to Apple's Mac computers, the same premise applies to ‘Windows-based PCs’.
Answer:
absolute pressure is 243 kPa
vacuum pressure is - 150 kPa
Explanation:
given data
atmospheric pressure = 93 kPa
gauge pressure = 150 kPa
to find out
absolute pressure and vacuum pressure
solution
we know that absolute pressure = atmospheric pressure + gauge pressure so equation will be
P (absolute ) = P (gauge) + P (atmospheric ) ...............1
and
vacuum pressure is = atmospheric pressure - absolute pressure
so equation will be
P ( vacuum ) = P (atmospheric ) - P (absolute ) .............2
so
from equation 1 absolute pressure will be
P (absolute ) = 150 + 93
absolute pressure is 243 kPa
and
from equation 2 vacuum pressure will be
P ( vacuum ) = 93 - 243
vacuum pressure is - 150 kPa