Answer:
5.2L == 5200 mL
3.75 kg == 3750 g
500 mm == 0.5 m
Explanation:
For liters to milliliters, simply multiply by 1000.
For kilograms to grams, simply multiply by 1000
For millimeters to meters, simply divide by 1000.
Cheers.
Answer: shorter/longer developing time.
Explanation:
Ideally, the time to process a radiographic image in the developer is 680 F for 5 minutes. But films may be removed from the fixing solution after 5 minutes (and fixed back) for viewing, only at emergencies like if the temperature of the developing solution is slightly above normal.
If the temperature of the developing solution is slightly above normal, the radiographic images of the required density may be produced by permitting a shorter/longer developing time.
Answer:They decided to count 10000 muons because of classical predictions. When you count 1000 initial muons.they would expect only 1.5 muons
Explanation:
t= 4205/0.98 = 1.43×10^-5sec
Classically,number of surviving muons= No exp(-0.693t/t)
N=10^4exp[(-0.694×(1.43×10^-5)/1.52×10-6)]
N= 14.7=15
Relativistic time t'=t/y
t'=(1.43×10^-5)×sqrt(1-(0.98c)^2/c^2
t'=2.84×10^-6secs
N= 10^4exp[(-0.693×(3.84×10^-6)/1.52×10^-6]
N relativistic=2739
The faster the job is done, the greater the power
Answer:
Explanation:
We define the linear density of charge as:
Where L is the rod's length, in this case the semicircle's length L = πr
The potential created at the center by an differential element of charge is:
where k is the coulomb's constant
r is the distance from dq to center of the circle
Thus.
Potential at the center of the semicircle
