If that doesn't already make sense to you, I can't think of any explanation that would.
The prefix nano (n) means 10-9 of something, in this case 1 ns are equivalent to 10-9 s. So 1 second is composed by 109 ns.
1 ns (nanosecond) = 10-9s 1s / 10-9s = 109 109 = 1000 000 000 1 second = 1000 000 000 ns (nanosecond)
The frequency of the wave is the reciprocal of its period. Therefore, the frequency of a wave with a period of 9.26 ns is approximately 108 MHz (1 / 9.26 x 10^-9 seconds = 108 x 10^6 Hz).
The impulse will be twice as large, at 20 Ns, due to the force acting for a longer duration. Impulse is the product of force and time, so increasing the time the force is applied increases the impulse.
The impulse on the box is equal to the force applied multiplied by the time duration it was applied for. In this case, the impulse would be 280 N * 0.08 s = 22.4 Ns.
10 ns RAM is faster than 60 ns RAM.
Laser pulse width refers to the duration of a single pulse of laser light, typically measured in nanoseconds (ns), picoseconds (ps), or femtoseconds (fs). It defines how long the energy of the pulse is delivered, impacting both the intensity and the interaction with materials or biological tissues. Shorter pulse widths can lead to higher peak power and are often used in applications like precision cutting or medical procedures, while longer pulse widths may be used for different effects or applications.
Update BS NS in your resume mean
In Objective C NS means NextStep.
10 min driving
One million. 1 ms = 1*10E6 ns = 10**6 ns. 1 ns = 1*10E-6 ms = 10**-6 ms.
The prefix nano (n) means 10-9 of something, in this case 1 ns are equivalent to 10-9 s. So 1 second is composed by 109 ns.
There are not. 1 nano second = 10^-9 second → 1 s = 10^9 ns. There are 3600 seconds in 1 hour → 1 hour = 3600 s = 3600 × 10^9 ns = 3.6 × 10^12 ns.
/* To check whether a number is Adam number or not */#include#includevoid main(){int i,n,n1,n2,ns,r,rev=0,nr=0,nrs;clrscr();printf("Enter a no.n");scanf("%d",&n);ns=n;n1=n*n;n2=n1;while(n2>0){r=n2%10;n2=n2/10;rev=rev*10+r;}while(ns>0){r=ns%10;ns=ns/10;nr=nr*10+r;}nrs=nr*nr;if (rev==nrs)printf("%d is an Adam no.n",n);elseprintf("%d is not an Adam no.n",n);getch();}}
The number of wait states to insert depends on the speed of your memory and the clock frequency of your system. To determine the number of wait states, you need to calculate how many clock cycles are required to meet or exceed the 190 ns requirement. For example, if your clock period is 10 ns, you would need at least 19 clock cycles (190 ns / 10 ns) to present valid data. If your memory takes fewer cycles than this, you would insert the difference as wait states to ensure valid data is presented for the required duration.
Normal Saline (IV)There are several meanings for the abbreviation NS. One meaning is Normal Saline. Another meaning of NS is Not Specified.There are several meanings for the abbreviation NS. One meaning is Normal Saline. Another meaning of NS is Not Specified.
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