Pls help ASAP on both PLS I BEG 10.11.A bucket is accidentally knocked from a 65 m high building. When the bucket is14 m from the ground a worker below looks up and notices it directly above him.If he is 1.8 m tall how much time does the man have to get out of the way?B. 0.18 sC. 0.29 sD. 0.37 sA. 0.11 sA car accelerates from rest down a straight road. A short time later the car stopsand backs up to the starting point. Which one of the following position-timegraphs best illustrates the motion of the car?(B)(A)(C)(E)000t(D)00

“Since you have posted multiple questions, we will provide the solution only to the first question…

10. 11. A bucket is accidentally knocked from a 65 m high building. When the bucket is 14 m from the ground a worker below looks up and notices it directly above him. If he is 1.8 m tall how much time does the man have to get out of the way? A. 0.11 s B. 0.18 s C. 0.29 s D. 0.37 s A car accelerates from rest down a straight road. A short time later the car stops and backs up to the starting point. Which one of the following position-time graphs best illustrates the motion of the car? (B) a (۸) (c) a (E) a 0 (D) 0

10. 11. A bucket is accidentally knocked from a 65 m high building. When the bucket is 14 m from the ground a worker below looks up and notices it directly above him. If he is 1.8 m tall how much time does the man have to get out of the way? A. 0.11 s B. 0.18 s C. 0.29 s D. 0.37 s A car accelerates from rest down a straight road. A short time later the car stops and backs up to the starting point. Which one of the following position-time graphs best illustrates the motion of the car? (B) a (۸) (c) a (E) a 0 (D) 0

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

See similar textbooks

Similar questions

I need help understanding the calculations written in blue and how they got 0.8 and 0.4 for fiber b and how they calculated the answer in blue i need a step by step calculation of how they got 0.232
12V ww 14 20 a ww b. 13 12 8V
Problem4. Find (Vout/ Vin ) in the circuit below: 50 10 10 OU Vin 20 Vout ww
Using Microsoft Excel, plot a graph of Resistance on y-axis and 1/A on x-axis ], then findthe slope.
i need the answer quickly
Guen this netuork of capacitors ce qUF 3UF A C4 2UF QuF Assuming the didechric of each capacitor is Lonnected to Uab = 30V supply air and the watwork is cal aul ate te fallowings a. the equivalent capacitanca butween lach capacitor. the potential difference b on eadh d. Energy stoned on cadh capoacitor. a and lo. b. the charge on capacitov.
2. what could be the voltage drop and power loss due to the resistance. If the resistance of a cable is 100ohms, with a current of 20mA ? Voltage drop = 2 volt, power loss = 4*10^-4 wa 3. calculate the attenuation coefficient per kilometer. of an optical cable of length 5 Km, with an input power 50watts and output power 40watts, Enter your answer 4. what should be the pulling tension for 4 pair UTP 6 AWG ?, If a 4 pair UTP 24AWG is used to pull with a maximum tension of 110newtons ? 27.5 newton 5. Find the fiber core radius If the bend radius of fiber optic cable is 4mm,
a7> figure shows cylindrical conductor of radii a uniformly di'stributed urrent (a) show tHhat cross-section of hollow a and b, carrying Por the range B(r)= No I 2T (a-b) Wind
Solve it
(b) Consider the circuit below. R2 В V= NŽR, R Q (i) Find the total resistance in the circuit. (ii) Find the voltage across R,. (iii) Find the current flowing through R4. BC