Please Attempt only if you are 100% sure , Don't submit an Ai generated solution .I will verify the answer,If it is wrong Your Solution Will be reported. The maximum force a plastic grocery bag made from low-density polyethylene (LDPE) can withstand without ripping is 95newtons [N]. Suppose the bag is filled with 45 pound-mass [lb] of groceries and then lifted with an acceleration of 11 feetper second squared [ft/s²].Determine the force applied to the bag by lifting the groceries in units of newtons [N]. For an object lifted by a vertical force,its acceleration equals the difference between the force and weight, divided by the object's mass:F-Wma=Click the icon to view the conversion table.The force is N. (Round your answer to the nearest integer.)

The Acceleration = 11 ft/s^2 = 3.353 m/s^2The mass 45 pound- mass = 20.412 kgThe force applied to…

Answered: The maximum force a plastic grocery bag…

Similar questions

Problem 2: At its peak, a tornado is 65 m in diameter and has 260 km/h winds. Randomized Variables d = 65 m s = 260 km/h What is its frequency in revolutions per second? f= cos() tan() 7 9 HOME sin() IT cotan() asin() acos() EAA 4 6. atan() acotan() sinh() 2 3
Hi expert Hand written solution is not allowed.
Problem 1 Use the properties of Gamma functions to solve these expressions by hand. a program such as a T[ ] × [4] b C 3 — 92 xr 5 9 T[-2] × [2] Г xr 4 4
4 Su24 on Question 1 (Mandatory) (10 points) ✓ Saved The correct formula to calculate a Percent Error between experimental value X and accepted value A is O al X-A 100% X+A b) IX-AI 100% Ob) A Oc) IX-AI 100% (X+A) 1/2 d) IX+AI 100% (X-A) acer ) 0:16:50 remain
a) How does properly documenting procedures using BPMN and system requirements using UML help Sunset Graphics? (b) How might these tools help your current, past or future workplace?
Kindly do not use Ai , the answer should be correct.
I submitted this before but I don't think the answer was 100% correct. Can someone write it out in full on the answers and how they were achieved?
a) A typical small passenger electric vehicle has a range of 200 km on an electric charge of 33 kWh. Convert this number into J/km (Joules per kilometer traveled). b) A comparably sized gasoline powered vehicle to (a) is rated as 25 miles per gallon. Convert this number into J/km (Joules per kilometer traveled). c) If gasoline costs $10.00 per gallon, and electricity $0.30 per kWh what is the difference in the cost of fuel per kilometer travelled between the electric vehicle in (a) and the gasoline powered vehicle in (b)? d) Surveys of EV owners show that they charge at home 70% of the time. Let us assume that for the remaining 30% they charge at a 60 kW rated "fast-charge” station. If patterns of travel remain the same, but we swap all our gasoline vehicles for electric vehicles, what is the ratio between installation of fast charging stations to gasoline pumps retired. e) The Chicago Transit Authority has about 2700 buses that travel a total of 240,000 miles daily. A typical bus…