Those numbers in the problem statement are given using scientific notation, although the powers of ten are missing the superscript for the exponents. So for the truck mass, for example, 1.2 x 104 kg should read: 1.2 x 104 kg, which is equivalent to 12000 kg.fleur said:Homework Statement
A truck (mass 1.2 x 104 kg) carries a load of 1.6 x 104 kg. What vertical force is exerted on the road by each wheel assuming the mass is uniformly spread?
Homework Equations
F=ma[/B]The Attempt at a Solution
1.2 x 104 kg+1.6 x 104 kg=291.2kg total mass
291.2/4=72.8kg to get mass on each wheel[/B]
F=ma 72.8kgx9.81=714 N
I have made the changes is the method i used correct though?gneill said:Those numbers in the problem statement are given using scientific notation, although the powers of ten are missing the superscript for the exponents. So for the truck mass, for example, 1.2 x 104 kg should read: 1.2 x 104 kg, which is equivalent to 12000 kg.
Fix your starting numbers accordingly and retry your calculations.
The method is okay and will deliver the correct result.fleur said:I have made the changes is the method i used correct though?
Please start a new thread for a new question.fleur said:I have another question and I have no clue on how to attempt this one
The lorry starts from rest with an acceleration of 2 ms-2.
What is the effective thrust is being exerted?
The vertical force of each truck wheel is the amount of weight that is placed on the wheel as it supports the weight of the truck. This force is important because it affects the overall stability and handling of the truck, as well as the wear and tear on the tires and suspension system.
The vertical force of each truck wheel is typically measured using a force gauge or a scale. The truck is placed on top of the scale and the weight of each wheel is recorded. This measurement can also be calculated by multiplying the weight of the truck by the percentage of weight that is distributed to each wheel.
The vertical force of each truck wheel can be affected by a variety of factors, including the weight of the truck and its load, the distribution of weight within the truck, the condition of the tires and suspension system, and the terrain that the truck is driving on.
Yes, the vertical force of each truck wheel can be adjusted by changing the weight distribution within the truck. For example, if there is too much weight on one wheel, items can be shifted to other parts of the truck to distribute the weight more evenly.
If the vertical force of each truck wheel is incorrect, it can lead to uneven weight distribution, which can affect the stability and handling of the truck. It can also cause excessive wear and tear on the tires and suspension system, leading to potential safety hazards and costly repairs.