Use our spring stiffness calculator to calculate the rigidity of a spring based on the number of coils, shear modulus, the diameter of spring, mean coil diameter and shear stress * Spring calculation program which automatically calculates the spring stiffness (spring force) of a spring using only a few of such spring's measurements (dimensions)*. There are many spring calculators around the internet but none like Spring Creator Deflection of spring in terms of stiffness of spring calculator uses deflection_of_spring = Axial Load/Stiffness of spring to calculate the Deflection of Spring, The Deflection of spring in terms of stiffness of spring formula is defined as deflection in compression and extension springs is the movement of the spring, either by applying force to it or removing force from it

Spring Coefficient Calculator (constant and rate). Spring coefficient is variously named; spring constant, spring rate, stiffness, etc. but all of these essentially mean the same thing.The amount of deflection (in any direction) one can expect from a given load. This property is important for all structural and mechanical elements as it will identify expected deflections under design loads. Obtain your spring calculations with our Free online spring calculator Design 3 different types of springs including compression, extension, and torsion. Spring Calculator - The Spring Store JavaScript seems to be disabled in your browser * How to use the Hooke's law calculator Choose a value of spring constant - for example, 80 N/m*. Determine the displacement of the spring - let's say, 0.15 m. Substitute them into the formula: F = -kΔx = -80 * 0.15 = 12 N The Springulator® is an easy-to-use, robust torsion spring calculator tool. With only a few required fields of input, the Springulator lets you check the stress of your torsion spring and determine a variety of size and design data

A spring constant is a measure of a spring's ability to resist compression and elongation. The higher the spring constant, the harder it is to compress or stretch it. This value is also a measure of elasticity. That is, elasticity is directly related to the force constant. The higher the elasticity, the lower the spring constant. The force. This **calculator** will determie the **spring** rates for a foundary placed top various soil conditions - Soil Foundary **Spring** **Calculator**. Soil Foundary **Spring** **Calculator** . Beam Deflection and Stress Formula and **Calculators** Engineering **Calculators** Civil Engineering Design Resources Calculate Stiffness for Semi-Elliptic Laminated Leaf Spring. E = Youngs Modulus n = Number of Leaves b = Width of Leaves t = Thickness of Leaves L = Span k = Stiffness. Enter your values: Youngs Modulus (E): Nm-2. Number of Leaves (n): Span(L): m. Width of Leaves (b): m to increase the spring stiffness and load capacity ; they are often ended with hooks to fix the spring ; 16.12 Spring optimization. The controls located in this paragraph serve for starting the design (optimization) functions of the calculation

Calculator for round wire helical springs : Diameter of spring wire d 10-3 m: Mean coil diameter D 10-3 m: Energy stored W = F f / 2 J: Spring stiffness k = dF / df = F / f 10 3 N/m: Spring length free L0 > Lc + f 10 3 N/m: Pitch of lead s = L0 / This calculator will determine the spring rate related to a torsion spring from basic geometry and material data input. Default units are shown in inches, etc however SI (metric) can be used. This equation will determine the spring constant required to change the angle of each spring contacting leg to another. Equation: k = P*M/De

- Diameter of spring wire d 10-3 m: Mean coil diameter D 10-3 m: Spring length r 10-3 m: Number of active coils n - Modulus of elasticity E 10 9 Pa: Spring force F N : Spring length Lc = n d 10-3 m: Bending stress σ 10 6 Pa: Spring deflection dφ deg: Spring deflection dφ rad: Spring deflection df = r dφ 10-3 m: Spring stiffness k = F / dφ 10.
- Spring Stiffness/Geometry. Spring thickness and geometry can be altered to provide a custom torsional spring rate or increased load capacity. Sleeve Geometry. The sleeves of C-Flex Pivot Bearings can be altered in an almost unlimited number of ways to provide the proper fit for your application
- ated Leaf Spring Calculate Stiffness for Quarter-Elliptic La
- If you need to know the stiffness of a constant rate car or motorbike suspension spring you can calculate it very accurately with some simple measurements an..
- The spring constant, k, appears in Hooke's law and describes the stiffness of the spring, or in other words, how much force is needed to extend it by a given distance. Learning how to calculate the spring constant is easy and helps you understand both Hooke's law and elastic potential energy

- Calculate Spring Rate. K = Spring Rate d = Wire Diameter N = Number Of Active Coils G = Modulus of Rigidity C = Spring Index Enter your values: Spring Diameter (D): m: Wire Diameter (d): m: Modulus of Rigidity (G): N / m 2: Number Of Active Coils (N): Result: Spring Rate (K):.
- e the best spring rates for your application, vehicle, and specific corner weights
- With these spring stiffnesses modeled, if you find that your soil is typically experiencing a bearing reaction of 150kPa/22psi, (27kN/6.1kips) than you would have allowed a settlement of 3.1 to 6.2mm (1.5 to 2.5). The variation of bearing pressure will also be dependent on the stiffness of your ground beam
- More generally, two or more springs are in series when any external stress applied to the ensemble gets applied to each spring without change of magnitude, and the amount strain (deformation) of the ensemble is the sum of the strains of the individual springs. Conversely, they are said to be in parallel if the strain of the ensemble is their common strain, and the stress of the ensemble is the.
- The variables of the equation are: F which represents force, k which is called the spring constant and measures how stiff and strong the spring is, and x is the distance the spring is stretched or compressed away from its equilibrium or rest position
- A simply supported rc beam flexural rigidity and beam bending calculated bending stiffness of steel box beam filled in with concrete estimate bending stiffness of buildingsWhat Is The Stiffness Of A Cantilever..

- h0 is the spring heigth at the equilibrion condition Ae=F/P0 is the effective area n is the polytropic coefficient So for checking the formula, I try to compare my result with the stiffness provided by the supplier and unfortunately I get a different value (40% less) . In this link you can find an air spring catalogue
- Hooke's law is a law of physics that states that the force (F) needed to extend or compress a spring by some distance (x) scales linearly with respect to that distance—that is, F s = kx, where k is a constant factor characteristic of the spring (i.e., its stiffness), and x is small compared to the total possible deformation of the spring. The law is named after 17th-century British physicist.
- #Pile #LPile #AnalysisAnalysis of pile in LPile and using P-Y value and calculation of Lateral Spring Stiffness in different depth for pile modeling in struc..
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- String stiffness is the measure of the rigidity of an object. It is to compute the extend to which the string can resist the deformation in response to the applied force. Find the stiffness of the string by using this online spring stiffness calculator. Enter the applied force and extension to calculate the stiffness, applied force, extension

** Torsion Spring Calculator**. Fast and Easy Torsion Spring Calculations; The Springulator® is an easy-to-use, robust torsion spring calculator tool. With only a few required fields of input, the Springulator lets you check the stress of your torsion spring and determine a variety of size and design data Spring Stiffness Calculator ; String stiffness is a measure of the resistance offered by the string to deformation. Every object in the universe holds some stiffness. The spring stiffness formula is very useful to determine the rigidity of a spring. Calculators and Converters This calculator will determie the spring rates for a foundary placed top various soil conditions - Soil Foundary Spring Calculator. Soil Foundary Spring Calculator . Beam Deflection and Stress Formula and Calculators Engineering Calculators Civil Engineering Design Resources

Torsion Spring Constant Calculator. Torsion Spring Constant Design Considerations: As load is applied to a torsion spring, the springs diameter will decrease, reducing the outside and inside diameters. The spring will also grow in length. In most cases is it wise to design for a torsion spring to wind in the direction of the coil winding Spring calculator; General conditions of sale; contact Donerre 21, rue de l'Usine 82700 Montech France T: +33 5 63 02 18 54 info@donerre.com more details. Protection of personal data With your measurements complete it is time to calculate the stiffness of your coil spring with the equation shown below. Therefore: So using the example figures of: G = 79.3GPa; d = 10.3mm; N = 6; D = 68.5mm; The Practical Metho

SPRING-K is a spreadsheet program written in MS-Excel for the purpose of determining the soil spring constants for foundations for the vertical direction (Z), as well as for the horizontal directions (X and Y). Specifically, the soil spring constants, both at the surface and at a user input embedment depth, are determined in the analysis stiffness, possibly because software is readily available which makes the calculation possible even for unorthodox arrangements. For a limited range of connections, BS EN 1993-1-8 presents a process to calculate the connection stiffness, utilising the same basic connection components which are used to calculate the moment resistance of the joint Spring Calculation. Front Material - Chromium Vanadium τ = 354.30 N/mm2. Wire Diameter - 11.1 Since τ < Allowable shear stress. Mean Diameter - 70.7 So the values of D and d are safe. Spring Index - 6.36 Considering the deflection of the spring y

Stiffness is the resistance of an elastic body to deflection or deformation by an applied force - and can be expressed as. k = F / δ (1) where . k = stiffness (N/m, lb/in) F = applied force (N, lb) δ = extension, deflection (m, in Spring stiffness calculation problems. Ask Question Asked 6 years, 3 months ago. Active 4 years, 2 months ago. Viewed 2k times 2. 1 $\begingroup$ I am trying to model a 1 DoF electromagnetic vibration sensor (geophone) analytically and with finite elements. A geophone consists of springs, a permanent magnet and coils ** Rotor Clip is the manufacturer of retaining rings, snap rings, circlips, wave springs, single turn wave springs, multi turn wave springs, spiral rings, non-threaded fasteners, pliers, dispensers, applicators, hose clamps, axial rings, radial rings, self-locking rings, constant section ring, metric rings, DIN rings, ANSI ring, JIS ring, band clamps, Gateway page with links to facilities in the**. Now to calculate the overall stiffness of a part made out of two different materials you would treat the problem the same way you would to calculate the overall resistance of an electrical circuit. To start, what if you had to different materials that are connected in parallel? To find the stiffness of the overall part refer to the image below is the stiffness of the leg spring, de ned as the ratio of the maximal force in the spring to the maximum leg compression at the middle of the stance phase (Farley & Gonzalez, 1996)

Therefore, a spring that is twice the diameter of another spring will have '/z3, or one-eighth, the stiffness of the smaller diameter spring. The most important factor in determining spring stiffness is the diameter of the spring wire (d). Referring to the equation, note that the spring stiffness will increase with increasing wire diameter Joint-spring stiffness is determined from tributary area and the line- or area-spring stiffness which is assigned to the object. As a result, joint springs which support interior joints are stiffer than those at corner joints. Since contact pressure is proportional to joint-spring deformation and the displacement of those joints to which. Calculation of spring stiffness, K I'm designing a box culvert that is 26m wide x 100m long approx. I'd like some guidance on how to calculate the elastic spring supports Ks to be used in our 2D model. As a guide we have used Bowles founding criteria in generally medium dense sand. We estimate our spring constant to be the lower bound value. Our spring calculator can assist you with design, spring calculations and stress checks. Calculate Now. Custom Spring Prototyping at Our Kando Tech Center. In our Kando Tech Centers, Newcomb Spring's team of experienced engineers and production experts can advise on prototype development, assist with spring and metal form design modifications. Thanks A2A Priyanshi and Nimisha. I won't tell you the entire process but help you out with a trick. Reach out to your 'Theory of Machines' Professor to take you to the lab to find out the stiffness of the springs. He/she will guide you to use the..

What is Leg Spring Stiffness? In its simplest definition, LSS measures the stiffness of the muscles and tendons in your leg. As a result, LSS is a measure of how well a runner recycles the energy applied to the ground in each stride. Increases in LSS indicate economy improvement over time

Cantilever beam beam deflection calculator simple beam an overview beam deflection lab beam deflection calculator How To Calculate Stiffness Of A Simply Supported Rc Beam QuoraWhat Is The Stiffness Of We have now found the spring center to be 2.67 inches toward the stiffer spring from the center of the chassis mounts. By taking out 100 lb/in of spring rate from the left front we lowered the roll stiffness and moved the spring center to the right. deg. *720 838 1375 40*40 ft lb K 1375 RS = s 2 f 2 s K K K K X l r l r u ¸¸ ¹. ** The thickness of the wire used to make the spring and the number and diameter of the coils determines the stiffness**. Over the elastic extension range for the spring, the relationship between the extension of the spring and the force required to attain that extension is linear. This type of spring obeys Hook's Law: F = k * x. Torque/Momen

- is a problem because the arms and structures usually need to move or support things. A lack of stiffness is very common cause of machine unreliability. Remember from 2.001 that the following factors need to be known to calculate the stiffness of something. The Young's Modulus [E]
- In Vortex,
**spring**refers to the entire**spring**-damper system.**Stiffness**, usually denoted by k, is introduced to model the reaction force ( \( f_{spring} = k * x \)) generated due to a position violation x; while, the damping usually denoted by c, is a coefficient accounting for the drag force ( \( f_{drag} = c * v \)) proportional to the. - First, it depends on the spring type. Apply creativity to the different types of springs according to how they work. The leaf spring on a truck would be handled differently than the compression spring you'd find in a click pen. I will illustrate a..
- ed, then preload is applied to calculate the corresponding sag. Choose a sag appropriate to your riding style. If you are an extreme rider (jumps, drops, big hits, etc.) you should run less sag and a correspondingly higher spring rate. Preload Adjuster (number of turns): a
- The Stiffness (Displacement) Method 1.Select Element Type-Consider the linear spring shown below. The spring is of length L and is subjected to a nodal tensile force, T directed along the x-axis. f1x 2x

Young's Modulus as a Spring Constant. Recall (§B.1.3) that Hooke's Law defines a spring constant as the applied force divided by the spring displacement, or .An elastic solid can be viewed as a bundle of ideal springs. Consider, for example, an ideal bar (a rectangular solid in which one dimension, usually its longest, is designated its length ), and consider compression by along the length. Once I know the total settlement, I use that information to calculate pile spring value (load/settlement) and use that in my analysis. Hence, the joint can go through significant degradation of strength and stiffness, and if it fails in shear, or anchorage, the life-safety objective of code cannot be achieved The stiffness servo system tracks the calculated load stiffness in real time by changing the working length of the torsion bar spring. The active movement of the rudder deflection drives the deformation of the torsion bar spring to generate RDLT with the load stiffness

In the steel Sections tables i.e BS EN 10210-2: 1997Hot finished Rectangular Hollow Sections & BS EN 10219-2:Cold Formed Circular Hollow Sections The Torsion Constant J and the Torsion modulus constant C are listed This simple calculator will help do that for SOLID and HOLLOW sway bars. It will calculate the spring rate for solid and hallow sway bars. The original formula is from Fred Puhn's book on handling called How to make your car handle. The formula is a general attempt to compute the spring rate of the sway bar The measure of the bellows flexibility is known as the spring rate of the bellows and is normally expressed in terms of force required to move the bellows through a specified movement. (N/mm) or (Nm/deg) for angular movement

Leg Spring Stiffness (LSS) is a model of elastic energy in the leg, assuming it acts like a spring. It is the maximum vertical force a person generates in a step divided by the displacement during ground contact time. Why does it matter? LSS can be a good monitor of changes to running mechanics over time. To compare runs effectively, conditions. Predictive relations to find Soil Spring Stiffness? Hi everyone, We all know soil can be modeled by springs, and for that ,stiffness of soil spring has to be calculated Unless such software is used, the base stiffness may be modelled by the use of a spring stiffness or dummy members at the column base. When assessing the sensitivity of the frame to second-order effects ( calculating α cr ) a nominally pinned base can be modelled with a spring stiffness equal to 0.4 EI col /L col Although the spring stiffness and cable routing have not been finalized, the preliminary routing of the cable and pulley placement are included in the model. The resemblance to the cable/pulley arrangement of Fig. 6.9 is clearly apparent. The cable resides in a plane midway between the anterior and posterior four-bar mechanisms for elevation/depression, extending from a fixed termination at. B. Theoretical Spring Stiffness Calculations . 1. Deflection: δ= 8PD3N Gd4 Where, P = applied load in N D = Mean coil diameter in mm d = spring coil diameter or wire diameter in mm G = modulus of rigidity in N mm2 N = Number of active turns . 2. Stiffness: stiffness = load deflectio

** In physics, you can apply Hooke's law, along with the concept of simple harmonic motion, to find the angular frequency of a mass on a spring**. And because you can relate angular frequency and the mass on the spring, you can find the displacement, velocity, and acceleration of the mass. Hooke's law says that F [ 1.6.1 Spring Stiffness a) Theoretical Calculation: The stiffness of a spring is, (1.16) where G is the Torsion Modulus, d is the wire diameter, D is the Mean coil diameter and D= -d; and N is the number of active coils. Table 1: Properties of different springs used in the experiment. Pipe stiffness (PS) is determined by conducting a parallel plate test in accordance with ASTM D 2412, which measures the load required to deflect the pipe 5% when loaded at a maximum rate of 0.50 ± 0.02 in/min. Recently, some manufacturers have introduced alternate terms which differs fro

- The spring rate is the measure of spring stiffness, and represents the amount of force required to compress the spring a certain distance. It's measured in Newtons per millimeter (N/mm) or pounds per inch (lbf/in). A higher spring rate gives a stiffer spring, so there's less displacement per unit of force (the spring compresses less easily)
- A10 kg mass is hanging from a spring of stiffness 3 times 10^5 N/m. The spring is given a displacement of 3 mm downward from equilibrium and the system released from rest, (a) What is the static deflection of the spring? (b) What is the frequency of the resulting motion in Hz? (c) What is the period of the resulting motion
- Stiffness Calculation. Rigidity of an elastic body to deformation when force is applied externally is called as stiffness. It is the ration of the external force applied to the displacement produced by the force along the same degree of freedom. Rotational stiffness can be defined as ratio of momentum to rotation
- Spring Engineering and Design . Conical Helical Compression Spring Design Equations and Calculator. This is a helical spring in which the coils progressively change in diameter to give increasing stiffness with increasing load. It has the advantage that the compressed height is small
- Enter the value you want to convert Conversion results After you have entered in a value please select a conversion. Convert lbs/inch kg/mm Convert lbs/inch N/mm Convert kg/mm lbs/inch Convert kg/mm N/mm Convert N/mm lbs/inch Convert N/mm kg/mm Convert inches mm Convert mm inche
- Download Citation | Stiffness Calculation and Dynamic Simulation of Air Spring | The paper presents a methodology to calculate the vertical stiffness of air spring. Investigation is focused on a.
- Stiffness of the beam. Calculating beam deflection requires knowing the stiffness of the beam and the amount of force or load that would influence the bending of the beam. We can define the stiffness of the beam by multiplying the beam's modulus of elasticity, E, by its moment of inertia, I.The modulus of elasticity depends on the beam's material

The units for the spring stiffness depend upon whether the spring is translational or rotational. The appropriate units are shown at the top of the column. For example, if a spring of stiffness 1000 Kips per Inch were desired in the X direction at a particular node , for that node you would enter 'S1000' for the X direction boundary condition In light of this, a rule of thumb for spring design is to make sure the frequency of operation is 15 to 20 times less than the first resonant frequency of the spring in question. Use this calculator to find the first resonant frequency of a compression spring when you know its spring constant and its mass Rectangular Wire Compression Springs. Compression Spring Design Resources - Rectangular Material; In applications where space is limited, and particularly where solid height is restricted, compression springs designed from rectangular or keystoned wire are often selected. These springs are commonly referred to as die springs

The stiffness of the member is determined by considering the effective spring rate of each component of the member. For joints with multiple members, this accomplished by considering a number of springs in series. For a joint consisting of n members we have 12 11 1 1 kkk kmn =+++ The general expression for the stiffness of a frustrum is. Definition of Torsion Spring Calculation: The process of calculating several torsion spring dimensions such as the computing of shear modulus of a spring wire, youngs modulus of spring wire, poission's ratio for spring wire along with a springs wire diameter, outer diameter and number of active coils to obtain a torsion spring calculation The stiffness has been varied from 160 to 510 N/mm. In the similar work, Zhou et al. 7 implemented adjustable MR damper in parallel with a spring to achieve stiffness variation up to four times. However, with implementation of velocity sensor and MR damper, cost becomes higher (The default calculation is for an undamped spring-mass system, initially at rest but stretched 1 cm from its neutral position. Answers are rounded to 3 significant figures.) Inputs Mass, m: Stiffness, k: Damping,.

- Then the rotational stiffness of the perpendicular beam is important (since the beam itself will be deleted from the final simplified model). Based on the calculations we have made it is easy to calculate the bending moment applied to the connection. For cantilever, this is a very simple static scheme, and hand calculations are sufficient
- I am not sure if there is a specific formulae for pile spring stiffness. Isnt a spring value just the displacement divided by the load. In your case the displacement is 2mm and the total applied load is 131kN. Hence spring stiffness is 131kN/2mm = 66kN/mm. For every 66kN applied you will get 1mm of settlement. Hope this helps
- You can't. Stiffness of tyres is not good for a normal vehicle user. More stiffness means more durability but less grip hence low stability. Harder the tyre compound,more is the durability. Always buy a mix of both worlds. Some series of Mrf and A..

A spring stiffness testing can be done using many methods like hydraulic actuators or by applying external load on the spring. Tested spring installed in a machine improves the performance of the machine and produces more efficient and reliable results. One of the method of testing spring stiffness is through its frequency Helical Spring Design Resources - Spring Performance; Modulus of Elasticity is the measurement of stiffness and rigidity of spring material, or its elastic ability. The higher the value (modulus), the stiffer the material. Conversely, materials with lower values are more easily bent under load

I assume, that by **'spring'** you mean a compression **spring**. With this assumption, we will determine with the **spring** design, especially it's **stiffness**. The force on a compression **spring** is directly proportional to the deflection of the **spring**. The pr.. For this you need to treat the spring as a torsion spring and calculate the torque that will create/negate this deflection. However, the axial force, coefficient of friction and spring diameter create a moment that may be smaller than the maximum moment

One way to consider chassis stiffness is to observe it as a single large spring; a spring that connects the front and rear suspension systems and the left and right suspension systems. Adding this spring into the equation introduces multiple more complex equations to begin trying to close in on spring rates for your car There's even a tab for stiffness and deflection that will allow you to estimate the deflection if you don't have an FEA program. Download our Free Area Moment of Inertia Calculator Stiffness Calculation Example. Now that we know the formulas, let's put them together to calculate stiffness and deflection We will use the 3N load as the benchmark for the virtual spring connector, so we are looking for a displacement of around 85mm. For the setup, I modeled 2 plates with an initial separation. I applied a spring between the 2 faces and entered the axial stiffness value (A.K.A. the spring stiffness value) that we had calculated Hence it is important to account for TDP movement in the calculation of SCR fatigue at the TDP. In general, soil stiffness is determined by soil shear strength. The higher the soil stiffness is, the more fatigue damage may occur in the riser pipe, since vibration frequency and stress ranges will be higher In the horizontal directions of the bearing pads, you can compute stiffness of the bearing pads by the following formula: Kh=G*A/h, h is the thickness of the bearing pads. In the vertical.

- e the spring stiffness (k) of the spring. Homework Equations F = mg Restorative force F = -kx The Attempt at a Solution I gave the answer below, but the teacher has marked it as wrong
- The actuator stiffness k A is an important parameter for calculating force generation, resonant frequency, and system behavior. Piezoceramic stack actuators are characterized by very high stiffness values of up to several hundred newtons per micrometer. The following equation is used for calculation
- A mass of 8 N is suspended on a spring of stiffness 2500 N/m. 7 maks 20 18 15 1. The damped frequency fa 11,8 7.5 5 0 -5 -9.46 -14.5 0 1.5 2.5 3.5 4.5 5 The mass is pulled down 50 mm and released. Calculate the following. Time (s) 2. The displacement after 3 seconds. 3. The velocity after 0.3 seconds
- Fox Vanilla R spring stiffness. Jump to Latest Follow REVIEWS DEALS BIKESHOPS TRAILS. 1 - 10 of 10 Posts. D. Dillpicklestout · Registered. Joined Jul 20, 2015 · 7 Posts . Discussion Starter • #1 • Jul 21, 2015. I am ordering a Fox Vanilla R for my bike but I need to know what spring I need 500 600 or 700 I weigh 90 pounds (because I am a.
- New Anti-Roll Bar Stiffness Calculator so you can compare different bar sizes to your original bars, and also compare different adjustments on the bar. Then work out your preferred upgrade from Whiteline, Eibach and H&R, Uprated anti-roll bars are one of the most effective ways of improving not only the handling of a car, but also outright grip levels

Beam Stiffness Example 5 - Load Replacement Consider the beam shown below; determine the equivalent nodal forces for the given distributed load. The work equivalent nodal forces are shown above. Using the beam stiffness equations: 2 2 11 22 11 3 22 22 22 2 12 2 12 12 6 12 6 64 6 2 12 6 12 6 62 6 4 y y wL wL wL wL fvLL m EI LL L L fvLL L m LL L • Make sure these calculations are in your spreadsheet. 10 1 point Another student performed this experiment and obtained a slope of 0.0968 with uncertainty 0.0008. What is the fractional error? Report your answer to 5 decimal places

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