New Questions
Sorry to bother, but I have some more questions. Thanks for the tips and hints for my last questions.
Problem:
A large rectangular raft with a density of 650 kg/m^3, a surface area of 8.2m^2 at the top, and a volume of 1.8m^3 is floating on lake water with a density of...
I have some questions (or checks) on some problems from a fatty packet our teacher decided to give us for the AP test. If I've already given a possible solution, see if I did it right. Thanks!
Problem 1:
A simple pendulum consists of a mass 1.8kg attached to a string of length 2.3m...
The textbook given to us used 9.8m/s^2 (nine-point-eight-meters-per-second-square) for their gravity, and our instructor uses the system of the textbook.
As for the problem, the textbook wants me to give the reading in kg... I didn't understand how to do this either. As for part (d), I factored...
Hi, this problem gave me some trouble and I'm not sure if I did this correctly.
The problem reads: A 75-kg person steps onto an elevator with a scale. What does the scale read when the elevator (a) is at rest, (b) climbing at 3.0m/s, (c) falling at 3.0m/s, (d) accelerating upward at 3.0m/s^2...
Hi there,
I'm having some trouble with this problem right now. We are learning about Newton's First/Second/Third Laws.
With a friction coefficient of 0.15, what is the force that the crates exert on each other if the crate 1 is 75kg and crate 2 is 110kg with a push of 730N?
Can anyone...
We've only covered constant acceleration formulas. They are as follow:
a= (V-Vo)/t
V^2=Vo^2+2ad
d=Vot+1/2at^2
d=1/2(Vo+V)t
Average Velocity= Vo+V/2
Keep in mind I just started AP Phyz, skipped Chem and Phyz.
Hi, our teacher requires us to do problem solving questions, which means a full one page report about the situation. I got stuck on this part and would like some advise.
P: A person driving her car at 50km/h approaches an intersection just as the traffic light turns yellow. She knows that the...
Hi, I just started my school year, and we're currently on Measurements. I need help with this one problem that my teacher assigned.
The biggest bottle ever made was 193 gallons (730,505cc). If the bottle were filled with water of a density of 1000 kg/m^3 at the leisurely rate of 1.8 g/min...