To determine the tension in each cable supporting a 350 N sign, we need to know the configuration of the cables (e.g., angles, whether they are vertical or horizontal). If the sign is hanging straight down and supported by two cables at equal angles, the tension in each cable would be half of the weight of the sign, which is 175 N. If the cables are at different angles, additional calculations involving trigonometric functions would be required to find the exact tension in each cable.
Two US nickels - each nickel weighs 5g
Each weighs a pound so neither weights more than the other..
Depends on how much each tomato weighs.
To find the tension in each wire, we first need to consider the total weight being supported by the wires. If there are four boxes each weighing 100 N, the total weight is 400 N. Assuming the boxes are suspended evenly and each wire supports one box directly, the tension in each wire would be equal to the weight of one box, which is 100 N. If the boxes are arranged differently or if additional information about the setup is provided, the calculations could change.
Each United States nickel weighs 5 grams. Gather 20 nickels and you will have something that weighs exactly 100 grams
The tension in each cable will be equal to half of the weight of the traffic light, divided by the cosine of the angle it makes with the vertical. So, the tension in each cable will be T = (mg) / (2 * cos(45)) = mg / (√2).
Tension in left side cable would be 600N and in the right side would be 300N.
The tension in each cable can be found by setting up force equilibrium equations in the horizontal and vertical directions. Since the traffic light is at rest, the sum of the vertical forces must equal zero. The tension in each cable will be mg/√2, where m is the mass of the traffic light and g is the acceleration due to gravity.
This is a physic guestion . The topic is force.
To adjust the cable tension on your rear derailleur for better shifting, turn the barrel adjuster on the derailleur or shifter to tighten or loosen the cable. Test the shifting after each small adjustment until it shifts smoothly and accurately between gears.
Each liquid hydrocarbon has a different surface tension.
If the ropes make the same angle with the vertical, then the tension in each rope will be the same. This is because the angles are equal and the forces are balanced. The tension in each rope will be equal to each other.
The tension in the cable at the end where the window washer stands is 615 N. This tension is calculated by summing the torques about the other end of the scaffold. The tension at the other end can be found by balancing the vertical forces acting on the scaffold.
The tension control on a sewing machine determines how tight or loose the thread in each individual stitch is. The top and bobbin thread tension is like a tug-of-war. If each side is pulling equally, you have perfect tension. Imperfect tension is evidenced by thread loops on the bottom if the top tension is too loose and the same on top if the bobbin tension is too loose.
Bus Cable
Bus Cable
Two US nickels - each nickel weighs 5g