Question Three sleds are being pulled horizontally on frictionless horizontal ice using horizontal ropes. The pull is of magnitude 190 N. Find (a) the acceleration of the system and (b) the tension in ropes A and B.  30.0 kg20.0 kg10.0 kgPullB

Astronauts conduct a spacewalk at an altitude of 150 km above the Earth's surface. Their gravitational acceleration is what percentage of the acceleration due to gravity at sea level?

please hurry A charge of 5 micro coulomb is shifted from the center of the cube by 3 cm. Length of the cube is 8 cm. What will happen to the flux passing through 1 surface closest to the new position of charge? Decreases Depends on the shortest distance between charge and the surface O Increases Remains the same

Please give step by step Consider the circuit in (Figure 1). Suppose that Vo = 10 V. Part A Find the total power developed in the circuit. Express your answer using three significant figures and include the appropriate units. i HA ? Pdey = 402 W Submit Previous Answers Request Answer Figure 1 of 1 > X Incorrect; Try Again; 5 attempts remaining Provide Feedback 10 v, 20 V

A charge of 5 micro coulomb is shifted from the center of the cube by 3 cm. Length of the cube is 8 cm. What will happen to the flux passing through 1 surface closest to the new position of charge? Increases Remains the same Decreases Depends on the shortest distance between charge and the surface A charge of 5 micro coulomb is shifted from the center of the cube by 3 cm. Length of the cube is 8 cm. What will happen to the flux passing through 1 surface closest to the new position of charge? Increases Remains the same Decreases Depends on the shortest distance between charge and the surface

A. Find the currents i1 and i2 in the circuit in the figure, if R1 = 120? , R2 = 150? , and R3 = 280? B. Find the voltage vo. C. Find the A. Find the currents i1 and i2 in the circuit in the figure, if R1 = 120? , R2 = 150? , and R3 = 280? B. Find the voltage vo. C. Find the total power developed in the circuit.

Using Matlab, create a step by step solution for the problem given below 1.) Create a low pass FIR filter with 6th order filter, cutoff frequency of 1000Hz and sampling frequency of 11025Hz. Determine the filter coefficients. Plot the poles and zeros of the filter, its impulse response, and its freq response.