Answer: ML 2 T 3 I -1 is the dimension formula of voltage. A voltage can represent either dissipation or storage of energy, a source of energy or loss. In the static electric field, voltage is defined as the work required to move per unit of charge between two points. Mathematically, it is demonstrated as Voltage = Work Done/ Charge.

SI Unit of Voltage. Volt can be expressed as the potential difference between two points in an.

Find the dimensions of a mathematical expression involving physical quantities. Determine whether an equation involving physical quantities is dimensionally consistent. The dimension of any physical quantity expresses its dependence on the base quantities as a product of symbols (or powers of symbols) representing the base quantities.

A podium and a victory followed for Wehrlein's team-mate Antonio Felix da Costa in Hyderabad and Cape Town respectively, cementing the belief that the Porsche powertrain was the benchmark in FE.

Electric potential difference, also known as voltage, is the external work needed to bring a charge from one location to another location in an electric field. Electric potential difference is the change of potential energy experienced by a test charge that has a value of. + 1. +1 +1. plus, 1.

Double Click or Drag down with mouse Relative Reference in Excel Relative reference is used to change the Cell Column or Row relatively while copying the cells with formula to another range. Row number and Column Names will changes relatively when we use relative cell reference.

A) You can add more than one condition to check B) You can set condition to look for Bold and apply Italics on them. C) You can apply Font, border and pattern formats that meets the specified conditions D) You can delete any condition from Conditional Formatting dialog box if it is not requried

The ejection fraction is the fraction of the end-diastolic volume that is ejected with each beat; that is, it is stroke volume (SV) divided by end-diastolic volume (EDV): E F ( % ) = S V E D V × 100 {\displaystyle EF(\%)={\frac {SV}{EDV}}\times 100}

It is usually presented as [stroke volume × heart rate], in L/min The determinants of cardiac output are: Heart rate A higher heart rate increases cardiac output as it multiplies by stroke volume An excessively high heart rate decreases cardiac output by decreasing preload

Cardiac output (CO) is the total volume of blood moved by the heart per minute. It is a product of the left ventricular stroke volume (SV) and the heart rate (HR). Cardiac output (mL/min) = Stroke Volume (mL/cycle) x Heart Rate (bpm)

Q = AV, where Q is discharge (volume/unit time-e.g. m 3 /second, also called cumecs), A is the cross-sectional area of the stream (e.g. m 2 ), and V is the average velocity (e.g. m/s). Stream water velocity is typically measured using a current meter.

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