Common use of , amend to read Clause in Contracts

, amend to read. 6.1.1.1. The section width shall be calculated by the following formula: 𝑆 = 𝑆1 + 𝐾 ∙ (𝐴 − 𝐴1), where: S is the section width rounded to the nearest millimetre; S1 is the nominal section width (in mm) as shown on the side wall of the tyre in the designation of the tyre as prescribed; A is the width (expressed in mm) of the measuring rim, as shown by the manufacturer in the descriptive note; 5/ A1 is the width (expressed in mm) of the theoretical rim. A1 shall be taken to equal S1 multiplied by the factor x, as specified by the manufacturer, and K shall be taken to equal 0.4." Footnote 5/, amend to read: "5/ When the rim width is given by code, the value in mm is obtained by multiplying such number by 25.4."

, amend to read. 6.1.1.1. The section width shall be calculated by the following formula: 𝑆S = 𝑆S1 1 + 𝐾K ∙ (𝐴 A-A1− 𝐴1), where: S is" the section wwidth" idth rounded to the nearest millimillimetre and measured on the measuring rimmetre; S1 is" the nominal section wwidth" idth (in mm) as shown on the side wall of the tyre in the designation of the tyre as prescribed; A is the width (expressed in mm) of the measuring rim, as shown by the manufacturer in the descriptive note, 5 ; 5/ A1 is the width (expressed in mm) of the theoretical rim. A1 shall be taken to equal S1 multiplied by the factor x, as specified by the manufacturer, and K shall be taken to equal 0.4." Footnote 5/, amend to read: "5/ When the rim width is given by code, the value in mm is obtained by multiplying such number by 25.4."

, amend to read. 6.1.1.1. The section width shall be calculated by the following formula: 𝑆S = 𝑆S1 1 + 𝐾K ∙ (𝐴 A-A1− ��1), Wherewhere: S is" the section wwidth" idth rounded to the nearest millimillimetre and measured on the measuring rimmetre; S1 is" the nominal section wwidth" idth (in mm) as shown on the side wall of the tyre in the designation of the tyre as prescribed; A is the width (expressed in mm) of the measuring rim, as shown by the manufacturer in the descriptive note; 5/ A1 is the width (expressed in mm) of the theoretical ; rim. A1 shall be taken to equal S1 multiplied by the factor xX , as specified by the manufacturer,; and K shall be taken to equal 0.4." Footnote 5/, amend to read: "5/ When the rim width is given by code, the value in mm is obtained by multiplying such number by 25.4."

, amend to read. 6.1.1.1. The section width shall be calculated obtained by means of the following formula: 𝑆S = 𝑆S1 1 + 𝐾K ∙ (𝐴 A - A1− ��1), Wherewhere: S is" the section wwidth" idth rounded to the nearest millimillimetre and measured on the measuring rimmetre; S"1 is the nominal section wiwidth" dth (inmillimetres, mm) as shown on the side sidewall wall of the tyre intyre the designation of the tyre as prescribed; A is the width (expressed in mm) of the measurinrim in millimetresg rim, as shown by the manufacturer in the descriptive noteand ; 5/ A1 is the width (expressed in mm) of the theoreticarim in millimetresl rim. A1 shall be taken to equal S1 multiplied by the factox r x, as specified by the manufacturer, and K shall be taken to equal 0.4." Footnote 5/, amend to read: "5/ When the rim width is given by code, the value in mm is obtained by multiplying such number by 25.4."