Max USD 100 Million Mohsin Safdar
Depends on pressure and temp end connection ect>
Full Scale Deflection is equal to the max value on a scale or meter. If a thermometer reads from -20 degrees to +100 degrees, the full scale deflection = 100 degrees and the range = 120 degrees
#include<stdio.h> #include<string.h> #include<conio.h> void main() { int i,max=0,count=0,j; char str[100]; /* ={"INDIA IS DEMOCRATIC COUNTRY"}; u can use a string inside,in place of user input */ printf("\nEnter the string\n:"); gets(str); for(i=0;i<strlen(str);i++) { if(!(str[i]==32)) { count++; } else { if(max<count) { j=i-count; max=count; } count=0; } } for(i=j;i<(j+max);i++) printf("%c",str[i]); getch(); }
int findMax(int *array) { int max = array[0]; for(int i = 1; i < array.length(); i++) { if(array[i] > max) max = array[i] } return max; }
What schedule pipe?
Maximum PSI rating is on the outside rating of the pipe
the absolute most cfm an engine in your size ,on the road is 585-650 cfm max, anymore is just ego
Max USD 100 Million Mohsin Safdar
14 inch
It depends on the country you are sitting SATs in.
if the area given is 100 square inches you can use 10" by 10" duct due to a black art known as aerodynamics or compressible fluid flow, you will get the same back pressure in a 10" diameter round duct and a 2" x 50" duct considerably more back pressure a nice manufactured 90 will take as much back pressure as 50' of duct a tight curved 90 will take as much as 100 feet of duct fans have a curve that goes from maximum cfm at no pressure to minimum cfm at max pressure the fan will require the most power when cfm * pressure is highest simple as rocket science i guess
Is this pipe going to be threaded / Grooved or Welded?
3" Min - 4" is Max
Actually any carburetor will work providing you do not exceed the maximum CFM's for your engine. Carburation is tuned by the jetting inside the carb to obtain the right fuel mix, so you could use a 2 barrel or a 4 barrel providing they are both jetted right for the airflow. The biggest carb you can use on this engine can be calculated with the following formula: CID x max RPM / 3456 = CFM whereas your engine is a 307 and theoretically if it is a street motor would see about 5000 max rpm then: 307 x 5000/3456=444 CFM's
2.6 C.F.M. @ 90 lbs is what I use. ( A Porter Cable "Pancake" style compressor 150 lbs max, 6 gal)
Depends on pressure and temp end connection ect>