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Percentage Rear Braking given Percentage Anti Lift Formula

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Percentage Rear Braking is the proportion of braking force applied to the rear wheels in an independent suspension system to maintain vehicle stability and control. Check FAQs

%B r = \frac{%AL r}{\frac{\frac{SVSA h}{SVSA l}}{\frac{h}{b ind}}}

%B_r - Percentage Rear Braking?%AL_r - Percentage Anti Lift?SVSA_h - Side View Swing Arm Height?SVSA_l - Side View Swing Arm Length?h - Height of CG above Road?b_ind - Independent Wheelbase of Vehicle?

Percentage Rear Braking given Percentage Anti Lift Example

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Here is how the Percentage Rear Braking given Percentage Anti Lift equation looks like with Values.

Here is how the Percentage Rear Braking given Percentage Anti Lift equation looks like with Units.

Here is how the Percentage Rear Braking given Percentage Anti Lift equation looks like.

60.8889 = \frac{2.74}{\frac{\frac{200}{600}}{\frac{10000}{1350}}}

60.8889 = \frac{2.74}{\frac{\frac{200mm}{600mm}}{\frac{10000mm}{1350mm}}}

60.8889 = \frac{2.74}{\frac{\frac{200}{600}}{\frac{10000}{1350}}}

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Percentage Rear Braking given Percentage Anti Lift Solution

Follow our step by step solution on how to calculate Percentage Rear Braking given Percentage Anti Lift?

FIRST Step Consider the formula

%B r = \frac{%AL r}{\frac{\frac{SVSA h}{SVSA l}}{\frac{h}{b ind}}}

Next Step Substitute values of Variables

∴

%B r = \frac{2.74}{\frac{\frac{200mm}{600mm}}{\frac{10000mm}{1350mm}}}

Next Step Convert Units

∴

%B r = \frac{2.74}{\frac{\frac{0.2m}{0.6m}}{\frac{10m}{1.35m}}}

Next Step Prepare to Evaluate

∴

%B r = \frac{2.74}{\frac{\frac{0.2}{0.6}}{\frac{10}{1.35}}}

Next Step Evaluate

∴

%B r = 60.8888888888889

LAST Step Rounding Answer

∴

%B r = 60.8889

Percentage Rear Braking given Percentage Anti Lift Formula Elements

Variables

Percentage Rear Braking

Percentage Rear Braking is the proportion of braking force applied to the rear wheels in an independent suspension system to maintain vehicle stability and control.

Symbol: %B_r

Measurement: NAUnit: Unitless

Note: Value should be greater than 0.

Formulas to find Percentage Rear Braking

Percentage Anti Lift

Percentage Anti Lift is the percentage of the weight transfer that is resisted by the suspension during acceleration or braking in an independent suspension system.

Symbol: %AL_r

Measurement: NAUnit: Unitless

Note: Value should be greater than 0.

Formulas to find Percentage Anti Lift

Side View Swing Arm Height

Side View Swing Arm Height is the vertical distance from the wheel center to the upper pivot point of the swing arm in an independent suspension system.

Symbol: SVSA_h

Measurement: LengthUnit: mm

Note: Value should be greater than 0.

Formulas to find Side View Swing Arm Height

Side View Swing Arm Length

Side View Swing Arm Length is the distance from the axis of the coil spring to the axis of the wheel in an independent suspension system.

Symbol: SVSA_l

Measurement: LengthUnit: mm

Note: Value should be greater than 0.

Formulas to find Side View Swing Arm Length

Height of CG above Road

Height of CG above Road is the vertical distance from the road surface to the centre of gravity of a vehicle's sprung mass.

Symbol: h

Measurement: LengthUnit: mm

Note: Value can be positive or negative.

Formulas to find Height of CG above Road

Independent Wheelbase of Vehicle

Independent Wheelbase of Vehicle is the distance between the center point of the front wheel and the center point of the rear wheel of a vehicle.

Symbol: b_ind

Measurement: LengthUnit: mm

Note: Value should be greater than 0.

Formulas to find Independent Wheelbase of Vehicle

Other formulas in Anti Geometry of Independent Suspension category

Go Percentage Anti Dive on Front

%AD f = (%B f) \cdot \frac{\frac{SVSA h}{SVSA l}}{\frac{h}{b ind}}

Go Percentage Front Braking given Percentage Anti Dive

%B f = \frac{%AD f}{\frac{\frac{SVSA h}{SVSA l}}{\frac{h}{b ind}}}

Go Height of Centre of Gravity from Road Surface from Percentage Anti Dive

h = \frac{(%B f) \cdot (\frac{SVSA h}{SVSA l}) \cdot b ind}{%AD f}

Go Wheelbase of Vehicle from Percentage Anti Dive

b ind = \frac{%AD f}{(%B f) \cdot \frac{\frac{SVSA h}{SVSA l}}{h}}

How to Evaluate Percentage Rear Braking given Percentage Anti Lift?

Percentage Rear Braking given Percentage Anti Lift evaluator uses Percentage Rear Braking = Percentage Anti Lift/((Side View Swing Arm Height/Side View Swing Arm Length)/(Height of CG above Road/Independent Wheelbase of Vehicle)) to evaluate the Percentage Rear Braking, Percentage Rear Braking given Percentage Anti Lift formula is defined as a measure of the proportion of rear braking force in relation to the anti-lift force, providing insight into the vehicle's braking performance and stability. Percentage Rear Braking is denoted by %B_r symbol.

How to evaluate Percentage Rear Braking given Percentage Anti Lift using this online evaluator? To use this online evaluator for Percentage Rear Braking given Percentage Anti Lift, enter Percentage Anti Lift (%AL_r), Side View Swing Arm Height (SVSA_h), Side View Swing Arm Length (SVSA_l), Height of CG above Road (h) & Independent Wheelbase of Vehicle (b_ind) and hit the calculate button.

FAQs on Percentage Rear Braking given Percentage Anti Lift

What is the formula to find Percentage Rear Braking given Percentage Anti Lift?

The formula of Percentage Rear Braking given Percentage Anti Lift is expressed as Percentage Rear Braking = Percentage Anti Lift/((Side View Swing Arm Height/Side View Swing Arm Length)/(Height of CG above Road/Independent Wheelbase of Vehicle)). Here is an example- 60 = 2.74/((0.2/0.6)/(10/1.35)).

How to calculate Percentage Rear Braking given Percentage Anti Lift?

With Percentage Anti Lift (%AL_r), Side View Swing Arm Height (SVSA_h), Side View Swing Arm Length (SVSA_l), Height of CG above Road (h) & Independent Wheelbase of Vehicle (b_ind) we can find Percentage Rear Braking given Percentage Anti Lift using the formula - Percentage Rear Braking = Percentage Anti Lift/((Side View Swing Arm Height/Side View Swing Arm Length)/(Height of CG above Road/Independent Wheelbase of Vehicle)).

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Percentage Rear Braking given Percentage Anti Lift Formula

Percentage Rear Braking given Percentage Anti Lift Example

Percentage Rear Braking given Percentage Anti Lift Solution

Percentage Rear Braking given Percentage Anti Lift Formula Elements

Other formulas in Anti Geometry of Independent Suspension category

How to Evaluate Percentage Rear Braking given Percentage Anti Lift?

FAQs on Percentage Rear Braking given Percentage Anti Lift

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