# Comments in this file begins with a # mark in the first column
# when setting a value there MUST be a space before and after the =
# ================= class structure ============
# the paths to the various portions of the class. Possible values to
# set are exam_path, quiz_path, supp_path (supplementary problems),
# correction_path (correction exams), and others_path
#
# correction exams corrects exams in a one-to-one fashion, that is,
# set1.db in correction corrects set1.db in exam
#
exam_path = /usr/users/teacher/CAPA5/xph183f9
quiz_path = /usr/users/teacher/CAPA5/qph183f9
supp_path = /usr/users/teacher/CAPA5/xpc183f9
others_path = /usr/users/teacher/CAPA5/fci183f9
correction_path = /usr/users/teacher/CAPA5/xpc183f9
# ================= Extrapolate Scores Applet ==
# Where the applet resides
capa_server = capa2.nscl.msu.edu
# width and height of the applet
tscore_width = 500
tscore_height = 450
# yes means show the applet, no inhibts the display of the applet
term_score_applet = yes
# The weights used in term score calculation formula
# term_score = homework_weight * sum of homework + quiz_weight *
# sum of quizes + exam_weight * sum of exams + final_weight * final exam
# these values will in most cases add up to 1
homework_weight = 0.3
quiz_weight = 0.05
exam_weight = 0.3
final_weight = 0.35
# This specifies the weight of the correction exam.
# corrected exam score = raw exam score + correction_weight *
# (correction score - raw exam score)
# if correction score is less than raw exam score, no correction is taken
correction_weight = 0.3
# final_exam_set_number specifies what set number will be or is the
# final exam in the class defined by exam_path
final_exam_set_number = 4
# homework_count is the total number of homeworks that will be given
# to the students
homework_count = 12
# quiz_count is the total number of quizzes that will be given to the
# students
quiz_count = 31
# =============== capadiscuss configuration ====
# which sections are "admin" sections, the sections that can delete
# and hide messages, Examples:
# admin_section = 033
# admin_section = 33
# admin_section = 033,12,099,2
admin_section = 033
# =================== Manager configuration ====
# When computing the scores for each class, up to the set number
# specified in this section that the
# score report is generated
# The program will look up from set1.db, set2.db and so on
# until the setX.db file which is not exist or
# it reaches the set number specified
# in this section.
# Place a number of 99 will effectively makes the program
# to include all scores from all setX.db files upto set 99.
homework_scores_limit_set = 12
exam_scores_limit_set = 4
quiz_scores_limit_set = 31
supp_scores_limit_set = 3
others_scores_limit_set = 1
# ================= Command specifications =====
#
# path information is not necessarily surrounded by double quotes
#
# when specifying a command, use double quotes, because
# commands may have arguments, such as lpr
#
latex_command = "/usr/local/teTeX/bin/latex"
dvips_command = "/usr/local/teTeX/bin/dvips"
mail_command = "/usr/bin/mailx"
allcapaid_command = "/usr/users/teacher/CAPA5/CAPA5.1/allcapaid"
qzparse_command = "/usr/users/teacher/CAPA5/CAPA5.1/qzparse"
answers_command = "/usr/users/teacher/CAPA5/CAPA5.1/answers"
# ================= Printing configuration ====
#
# -printer list-
# add available printer name here
# they will appear in a selection list in the order listed here
#
printer_option = "cyccap_capa1"
printer_option = "cyccap_capa2"
# -print command-
# predefined variables: $PS_file and $Printer_selected
# indicate the file to be printed and the printer queue to be
# printed to.
#
lprOneSided_command = "/usr/bin/lpr -P$Printer_selected"
lprTwoSided_command = "/usr/bin/lpspr -K2 $PS_file | /usr/bin/lpr -P$Printer_selected"
# ================= capalogin/web settings =========
#
# specify the capalogin goodbye message delay in seconds
capalogin_goodbye_delay = 4
# specify the capalogin inactivity delay time in minutes
# default value is 60 minutes, 0 means never time out
capalogin_inactivity_delay = 25
# if set to none, don't show the summary score, any other value
# or not defined show the score
#capalogin_show_summary_score = show
# for the web, how problems should be displayed at a time on one page
# default is all, if specified must have and integer argument,
# otherwise uses default value
#num_questions_per_page = 26
# for the web, length of the status line, if there are more problems
# than this multiple status lines are created, by default creates
# one line the length of the # of problems in the set
#web_status_line_length = 26
# for both web and capalogin, whether or not to allow viewing of
# term summaries at all. The option is never presented to the user (yes,no).
# default is yes
#term_summary_button = yes
# for setting what the cgi path is, if unspecified, defaults to capa-bin
#capaweb_cgibin_path = test-bin
# new idea Feb 2000, once defined this string, student can receive
# the credit automatically by entering the string and the system
# will record it in the database as 'c' which means "credit."
# The instructor can change the string to whatever string specified here
# and the comparison is done case-insensitively.
# One version could be
# capa_just_credit_string = "Give me the credit, please."
# capa_just_credit_string = "I just want the credit"
# ================= Quizzer settings ==========
#Everything between BeginStandardQuizzerHeader and
#EndStandardQuizzerHeader is inserted into the .qz file when using the
#Std. Header button in Quizzer
BeginStandardQuizzerHeader
//CAPA system software is copyrighted by Michigan State University.
//By using these materials, the User agrees to:
//1) Protect the source code files from unauthorized copying.
//2) Limit access of the source material to teaching staff.
//3) The User is free to mix, cut and paste, modify, adapt, delete,
// improve, etc. the problems and graphics for his/her own use.
//
/IMP "/msuphysicslib/Tools/StdMacros"
/IMP "/msuphysicslib/Tools/StdUnits"
/IMP "/msuphysicslib/Tools/StdConst"
/IMP "/msuphysicslib/Tools/GreekWeb2"
/IMP "HWTop"
EndStandardQuizzerHeader
#
# ======================= Unit section =============
# Base Unit
# name symbol comment
<< Base Unit >>
meter m # length
kilogram kg # mass
second s # time
ampere A # electric current
kelvin K # thermodynamic temperature
mole mol # amount of substance
candela cd # luminous intensity
# Prefix symbol factor
<< Prefix >>
yotta Y 10^{24}
zetta Z 10^{21}
exa E 10^{18}
peta P 10^{15}
tera T 10^{12}
giga G 10^9
mega M 10^6
kilo k 10^3
hecto h 10^2
deci d 10^-1
centi c 10^-2
milli m 10^-3
micro u 10^-6
nano n 10^-9
pico p 10^{-12}
femto f 10^{-15}
atto a 10^{-18}
zepto z 10^{-21}
yocto y 10^{-24}
# Derived Unit
# name symbol unit comment
# name must be in oneword
<<Derived Unit>>
gram g 0.001 kg # mass
hour hr 3600. s # time
minute min 60 s # time
pound lb 0.45359237 kg # mass
ounce oz 1.77185E-3 kg # mass
inch in 2.54 cm # length
foot ft 12 in # length
mile mi 5280 ft # length
yard yd 0.9144 m # length
nautical_mile n_mi 6080 ft # length, nautical mile (UK)
rood rood 1210 yd^2 # area, rood
acre acre 4840 yd^2 # area, acre
hertz Hz 1/s # frequency
litre L 10^3/cm^3 # volume
newton N m*kg/s^2 # force
pound_force lbf 4.44822 N # force
dyne dyn 1E-5 N # force
pascal Pa N/m^2 # pressure, stress
bar bar 1E5 Pa # pressure
mmHg mmHg 1.33322E2 Pa # pressure, millimeter of mercury
torr torr 1 mmHg # pressure
atm atm 760 torr # standard atmosphere
joule J N*m # energy, work, heat
electronvolt eV 1.6021892E-19 J # energy
calorie cal 4.1868 J # energy
Btu Btu 1.05506E3 J # energy
watt W J/s # power, radiant flux
coulomb C A*s # electric charge
volt V J/C # electric potential, electromotive force
ohm ohm V/A # electric resistance, use this in /ANS
ohm ohms V/A # electric resistance
ohm Ohm V/A # electric resistance
ohm Ohms V/A # electric resistance
siemens S 1/Ohm # electric conductance
farad F C/V # electric capacitance
tesla T V*s/m^2 # magnetic flux density
weber Wb V*s # magnetic flux
henry H V*s/A # inductance
radian rad m/m # plane angle
degree deg 1.745329E-2 rad # plane angle (Pi rad=180 deg)
steradian sr m^2 /m^2 # solid angle
lumen lm cd*sr # luminous flux
lux lx cd*sr/m^2 # illuminance
becquerel Bq 1/s # activity (radioactive)
gray Gy J/kg # absorbed dose (of radiation)
sievert Sv J/kg # dose equivalent (dose equivalent index)
astroUnit AU 1.49598E11 m # mean distance earth to sun
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