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frequency meter is used to measure the frequency of unknown frequency signal.
capillary number(Ca)=(viscosity*velocity)/surface tension viscosity have the unit (kg/(meter*time)) same for velocity(meter/time) and surface tension ((kg*meter)/(time2*meter)) so= (kg *meter*time*time*meter)/(meter*time*time*kg*meter) = unitless dimension={M0 L0 T0}
Surface Area = 4,536.45979 m2
Surface area = 50.26548 m2
97.8
yes
The pressure is greater at 20 m below the surface of the sea. Pressure increases with depth due to the weight of the water above. Each additional meter of depth adds more pressure, so the pressure will be higher at 20 m compared to 10 m below the surface.
frequency meter is used to measure the frequency of unknown frequency signal.
The surface areas are exactly the same. Their temperatures are likely to be different, though.
It is unknown the creator of the event.
100 meter long
The exact date of the Newton Meter is unknown, but it was in the mid 1600's. Sir Isaac Newton was the founder of the Newton Meter.
Highest setting on the meter.Highest setting on the meter.
Surface Area = 4,536.45979 m2
You can measure the pH of an unknown liquid using a pH meter or pH test strips. Simply dip the pH meter or test strip into the liquid and observe the reading or color change, respectively. This will give you an indication of the pH level of the unknown liquid.
capillary number(Ca)=(viscosity*velocity)/surface tension viscosity have the unit (kg/(meter*time)) same for velocity(meter/time) and surface tension ((kg*meter)/(time2*meter)) so= (kg *meter*time*time*meter)/(meter*time*time*kg*meter) = unitless dimension={M0 L0 T0}
A rheostat can be used to vary the resistance in a circuit until a balance condition is reached, allowing for the determination of the unknown resistor value through adjusting the resistance of the rheostat until the circuit is balanced. This process is often used in bridge circuits for precise resistance measurements.