Where is the center of mass of the system

Reference no: EM13268662

Three masses are placed at different points along a meter stick of negligible mass: 0.09 kg at 0.98 m, 0.04 kg at 0.55 m, and 0.01 kg at 0.35 m. Where's the center of mass of the system (in meters)?

Reference no: EM13268662

Questions Cloud

Compute the freezing point of a solution : Calculate the freezing point of a solution of 23.4 grams of benzoic acid (C6H5CO2H) dissolved in 613 grams of naphthalene.

How far from the base of the building does the stone land : You throw a stone upward from the top of a building at an angle of 25° to the horizontal, How far from the base of the building does the stone land

Explain when lithium iodide is dissolved in water : When lithium iodide is dissolved in water the solution becomes hotter. Why does the solution form? What drives the process

Why the ic was pretty much constant for first ohms values : The Ic was measured for different values of a load resistance. It was noticed that Ic was pretty much constant for the first 1900 ohms values, but then it suddenly decreased. Why did that happen

Where is the center of mass of the system : Three masses are placed at different points along a meter stick of negligible mass: 0.09 kg at 0.98 m, 0.04 kg at 0.55 m, Where's the center of mass of the system

Explain bromination of acetinilde how many equivalents : based on the experament of bromination of acetinilde how many equivalents of CAN of 0.00555 moles relative to acetanilide moles of 0.00381 show your calculation

Find the magnitude and phase as function of f : A military satellite uses 10 GHz for the downlink frequency. The distance to the satellite is approximately 36000 km. if the satellite transmitter produces a power of 50 dBm with a transmit antenna gain of 20 dB and on the ground

How many equivalents of kbr moles relative to acetanilide : how many equivalents of KBr moles of 0.00416 relative to acetanilide moles of 0.00381 are used in this reaction

Calculate the rms current flow : A circuit consists of a 0.15 microF capacitor, a 600 ohm resistor, and a 70 mH inductor in series. Calculate the rms current flow

User Account

All Pages