Recent content by CL1349

Homework Statement In the figure, use the node voltage method to find the voltage at point A with respect to ground. Sorry for the crudely drawn picture.Homework Equations Node voltage analysisThe Attempt at a Solution First I added R3 and R4. Then I tried to find the current equations...

Homework Statement Find all resistance, voltage, current, and power values for the circuit. Homework Equations I = V/R V = IR R = V/I Voltage Divider Rule Current Divider Rule The Attempt at a Solution I simplified the circuit down to equivalent values. Sorry for the poor image of the...

Thanks for the help obafgkmrns. You really made me see how I can easily get confused on such a simple thing. It's hard for me to figure out how to analyze problems like this and derive the right formulas cause I'm not that great at physics. And it doesn't help that my professor is a bit...

Homework Statement An ice cube is given a push at the top of an incline giving it an initial speed of 7 m/s down the incline. At the bottom of the incline the ice cube is deflected vertically upward as shown in the accompanying diagram. Ignoring friction and air resistance, how high H does...

Thanks for the reply. I see what I did wrong now. So I converted the 1/4 mile to 402.34 meters. I found the final velocity of the first segment using v^2 = v_0^2 + 2 a \Delta x . The final velocity was 100 m/s for the first segment. 100 m/s is the initial velocity for the...

Homework Statement A drag racer, starting from rest, accelerates to ¼ mile with a constant acceleration whose magnitude is 12.427 m/s2. At the end of the ¼ mile, a parachute opens, slowing the car down and bringing the car to a stop after 40 seconds. From the time the parachute opened, how...