One watt-hour is equivalent to....
One watt-hour is equivalent to 📲PW App Link - https://bit.ly/YTAI_PWAP 🌐PW Website - https://www.pw.live
Other Videos By PW Solutions
2024-05-09 | Which of the following measurements is precise?.... |
2024-05-09 | A system takes 70.40 seconds to complete 20 oscillations the time period of the system is.... |
2024-05-09 | Number 15462 when rounded off to three significant digits will be .... |
2024-05-09 | If in a system of measurements unit of mass is \(\alpha \mathrm{kg}\), unit of length is \(\beta.... |
2024-05-09 | Force in CGS system is 20 . Its value in SI units will be.... |
2024-05-09 | Consider \(\rho=2 \mathrm{~g} / \mathrm{cm}^3\). Convert it into MKS system.... |
2024-05-09 | The density of mercury is \(13600 \mathrm{~kg} \mathrm{~m}^{-3}\). Its value of CGS system will .... |
2024-05-09 | If the power, \(P\) delivered by a motor is dependent on force \(F\), velocity \(v\) and density.... |
2024-05-09 | The velocity of water waves may depend on their wavelength \(\lambda\), the density of water \(\.... |
2024-05-09 | The pressure of \(10^6\) dyne \(/ \mathrm{cm}^2\) is equivalent to.... |
2024-05-09 | One watt-hour is equivalent to.... |
2024-05-09 | The velocity of a freely falling body changes as \(g^p h^q\) where \(g=\) acceleration due to gr.... |
2024-05-09 | If velocity \((v)\), frequency \((f)\) and mass \((m)\) are taken as fundamental quantities, how.... |
2024-05-09 | Force applied by water stream depends on density of water \((\rho)\), velocity_of the stream (v).... |
2024-05-09 | If \(F=\frac{A}{\sqrt{m}}+B\) where \(F=\) Force, \(m=\) Mass. Then dimensions of \(A \times B\).... |
2024-05-09 | If \(v=A t^3+\frac{B}{m}\), where \(m=\) mass, \(v=\) velocity and \(t=\) time. Then dimensions .... |
2024-05-09 | Consider the equation \(\frac{d}{d t}\left[\int \vec{F} \cdot d \vec{s}\right]=A[\vec{F} \cdot \.... |
2024-05-09 | If \(v=\sqrt{\frac{\gamma P}{\rho}}\), then the dimensions of \(\gamma\) are \((P\) is pressure,.... |
2024-05-09 | The velocity of sound in a gas is given by \(v=\sqrt{\gamma k_b \frac{T}{m}}\). Velocity \(v\) i.... |
2024-05-09 | A wave is represented by \(y=a \sin (A t-B x+C)\) where \(A\), \(B, C\) are constants, \(t\) is .... |
2024-05-09 | Force \(F\) is given in terms of time \(t\) and distance \(x\) by \(F=A\) \(\sin C t+B \cos D x\.... |