can anyone do part D? 1728 18 CM H0.49 41 A 286 pound safe containing $5...
Can anyone do part D, please? 3. 1728 18 CM H0.49 A 286 pound safe containing $5 million dollars is on an incline. Derek is pulling on the safe with a force of P. EXAMPLE NOTES IMAGES DISCUSS UNITS STATSHELF Part Description Answer Chk History What is the minimum force P required to prevent the box from sliding down the incline? (include units with answer) What is the minimum force P required to prevent the box from tipping downward? (include...
3 1728 18 CM H 0.49 A 286 pound safe containing $5 million dollars is on an incline. Derek is pulling on the safe with a force of P. EXAMPLE NOTES IMAGES DISCUSS UNITS STATS HELP Part Description Answer Chk History Points Ans Time (D/T) Feedback What is the minimum forceP required to prevent the box from sliding down the incline? (include units with answer) 102.38 lb Wrong Format Check | 6.53 pts, 98% | 2% try penalty 102.38 Ib2019-01-13...
1728 18 CM = 0.49 A 286 pound safe containing $5 million dollars is on an incline. Derek is pulling on the safe with a force of P EXAMPLE NOTES IMAGES DISCUSS UNITS STATS HELP Part Description Answer Chk History What is the minimum force P required to prevent the box from sliding down the incline? (include units with answer) 6.67 pts, 100% 12% try penalty # tries: 0 Show Details Format Check Hints: 0,0 What is the minimum force...
please do as many parts as possible. Thank you. 0.8 ft CM 3 1727 3.5 ft 13° 2. H0.42 43 A 258 pound safe containing $5 million dollars is on an incline. Derek is pushing on the safe with a force of P. EXAMPLE 6 ft History Part Description Answer Chk What is the minimum force P Try 3 - your answer of 107lb is not correct. required to prevent the box from sliding down the incline? (include units with...
16 P 1.0ft CM 3.7 ft Us= 0.50 2.2 ft 44° A 238 pound safe containing $8 million dollars is on an incline. Butch is pulling on the safe with a force of P. Part Description Answer Save Status A. What is the minimum force P required to prevent the box from sliding down the incline? (include units with answer) #tries: 4 Show Details Format Check 10.12 pts. 101% 2% try penalty B. What is the minimum force P required...
54 1721 H, 0.69 Hk 0.55 17 A 78 pound box is on an incline NOTES IMAGES DISCUSS UNITS STATS HELP Part Description Answer Chk History PointsFeedback (D/T) Ans Time Wrong 4923.67lbs 2019-01-1011 . Your answer of 4923.67lbs was converted to 4923.67 lb 21:53:40 (1.1*1) WARNING: 6 SF given, 3 SF expected 813.41lb Determine the minimum force P that would result in the box starting to slide up the incline (include units with answer) Format Check 10.34 pts, 103% Wrong...
Can anyone do part E, please? Hint #1: Find required acceleration using constant acceleration equations. Hint #2: Use FBD of entire train. The EF Express, a train similar to the one shown above, has 3 locomotives (71 tons each) and 75 coal cars (32 tons each). The train is going down a 1.1% incline. Use positive as the direction the train is going This problem DOES need to be written out for your Rortfoli A complete FBD-KD for each of...
2.7 m A 66 kg person stands on a uniform 13 kg, 4.4 m long ladder resting against a frictionless wal EXAMPLE NOTES IMAGES DISCUSS UNITS STATSHELP Part Description Answer Chk History Points (D/T)Feedback Ans Time 2019-01-11 7.33 775N 15:33:11 (1.11 Wrong Wrong 2019-01-11 7.19 15:49:39 110.98)WARNING: 5 SF given, 3 SF expected 217.44N What is the magnitude of the force Format Check of the wall on ladder? 6.75 pts, 101% OK- using first value as 210 N (include units...
1274 4.1 3.4 5.6 Dimensions in cm Three charges are placed as shown. The value of qi is 2.0 μC and the value of q3 is-4.1 μC. The net force on q3 is in the negative x-direction EXAMPLE NOTES | IMAGES DISCUSS | UNITS STATS| HELP Part Description Answer Chk History PointsFeedback (D/T) Ans Time Wrong 2019-02-04 18.33 1.22e-6C 13:09:52 (1.11) Your answer of 1.22e-6C was converted to 1.22 uC Wrong 2019-02-04 17.97 13:12:05 | (1.1*0.98) 1.33e-6C . Your answer...
Can anyone answer part D, please? 480 MN/m2). The mass of the wrecking ball is 780 kg. The modulus of elasticity of A crane is lifting a wrecking ball supported by a 19 m long, 2.1 cm diameter steel cable the cable is 570x103 MN/m2 Ultimate Strength Review of important EF 151 concept NOTESIMAGES DIScuSSUNITS STATS HELP Part Description Answer Chk History A: When the wrecking ball is stationary,7.36*10-4 by how much is the cable stretched?m (include units with answer)...