be we oS CE FAS ra BLOC DIDOROCLBE REED DY BeDOLE BDH {CAS Fo SPECIAL to March 15 th 1821 - St rawberry, Raspberry hi Plum, rend Apricot, Carrant. Sa At SI. 25 per pail. lam Do B0DODT HDC LHe ye BoBEHOBH Canadian atate Macht: Planter aud 4 Ford: service Sig £3 Ford Cars, t racksai Fosrdso on r racters ery Co el * p.m. a Cor ith 0 Vinee 2G oBDEEBL Suangave Sonal Bible clout Dryden) Pres Semsioe, Rev. CG. Lait ge Aastul aie 3 ee A =H: R, _WOCD. Den ay 2 LEONE HBIBODI 1 HEBEL BI BOBOGOBOBESIDED i dial Weltons Awaits You ; Corndith girl 'who will marry 'Bal Minto, son of a former Gov.-]| heed Ge eneral- of Canada. -. ~--and Earl Miate, the. Eudemons +g ey | dbres, resulting in a complete break-. - Rage; hence, a knot that least affects J the strength- of a rope, is one having Ain 4 he coiled "with the sun" and, in un- i: coiling it, the end -first-laid down Manilla Hemp © Material--8 i'fNever £2 A Good AWhitewansi, Safad te bE (Contributed by ( oF Agriculture io O rationally use a care; for it properly rope, Tey oo consist of the 'various varietl of vegetahle fibres: epmmon hemp, sisal 'hemp "and cot- 'ton; flax, jute and cocoanut fibre are also- used. Of. these hemp is the most serviceable, because of its strength, suppleness, flexibility 'and durability. Ropes ang twine of: cotton are ex- tensively made; jute; too, because of "ft © hi 'very * deficient in 'cocoanut , but srensthl and durabiilty; greatest of which is. its lightness and resistance. to. thé, influence of water. "To: 'produce a flexible and a tena- eious-cord, which shall retain.the col- lective strength of" Sry fibre of the material -of- which it. advantage is taken in he manufac- ture of. cordage of the natural twist of | the fibre. First,: the fibres of the hemp. are "loosely twisted . together, and form -what is technically 'known 4 as yarn When ih or three yarns are twisted together 'they form a strand: | three strands form: a: rope, and three ropes-a- cable. The ropes, J are, in their turn, subjected to a var- ! liety of processes in order to ins ure 1 thelr being combined [into a cable: a Tope | ing the 158) the strands, were twisted one way only they would, untwist themselves, is by compressing and twist- ver, advantage is taken in the mak- ing of 'rope' of this tendency to un- twist; by laying strands. together that have. been twisted in opposite direc- tions, | producing a compact, hard, strong 'tion of itswparts; neither. breaking the i on.the one hand, by over twist- ing, nor leaving them' so looge as to gily. drawn out from the mass e pther; either: would-be equally nits results, and: injurious to the stability of the rope. As a broad general rule it should be borne in mind that the loss of bearing power by twisting is almost ane-third; but the tighter twisted ropes gain in dur- ability what they lose in power. A J twist of four-fifths of the length of the component yarns gives one-third more bearing power than if twisted the ordinary. twist of ropes in use. The Feakoning effect of knots in nn 35 to 50 per cent., according to the gradual or abrupt bending in the- formation of the knot. At the pend of' the knot the strain is no longer equally distributed among the fibres, the outside ones being unduly strained, eventually rupturing, throw- ing the load on the few remaining a gradual bend. § therefore, in its formation; badly constructed knots ~Ishould be avoided. A knowledge. of the strength of ropes, and of their breaking weight, e inch in 'diameter has Aan ultimate strength of. about 6,000 pounds; 'and 'its safe working strength ig about 800 pounds. A manilla rope is slightly stronger. _ For calculating the strength of ropes, a simple rule is 'rope in inches by itself, and one- fifth For & xample; if a rope be three inches in elreumference, 3X3: 9, the fifth of . such. a rope will sustain. hen ropes get wet they-should be | hus g up to dry, either in the sun, or by! artificial medns; not on any ac- count. should they. be stored .before wliere no air ean get to them. . Because of 'the twist given the rope its manufacture, it should always should .be the one first taken up, 4 otherwise, the rope will twist and kink and jam in the pulley blocks. | last laid down is required to be first $drawn out turn the whole, eoil over, and then lead out the desired end.-- Prof. John" Evans, Guelph, Prepare 'a Good Whitewash, meson ; ! hoiling water, keeping it covered dur- ¢ ing 'the process. Strain it. Add a ¢ peck of salt, dissolved in warm water; three pounds of -ground. rice put in. - boiling water and- boiled.to a thin "4 paste; one-half pound 'of powdered Ypanigh whiting; one pound of clear "glue dissolved in warm water. Mix | : ell 'together and 7 stand for geveral'days. Keep the wash * thus made in a, kettle or portable heater, and when used put it on as "hot as possible with, painter's brushes with whitewash brushes. A br Sa gary Winter | Hints. Attend now to any neglected re- pairs of wagons, harness, implements or machinery. ; So far as practicable repair work on the farm should be done 'on rainy days and during the winter months. Keeping the vehicles and harness in good repair may prevent a dangerous accident, [0] T su as fa, | three 14-inch plows which it can pull Manilia hemp; | its cheapness is ow in considerable } fibre has niany advantages, one of the. . composed, § their leaving an equal strain prior to it has been -found- that the el effectual mode of obtaining the unit- 4 ed strength, of the fibres composing , fibres in- different--directions.. and part at the slightest strain; How | ts rope, bound together by frie to two-thirds of the length, which is: 1 is essential in' all f, x operations where ropes are used. Af to multiply the 'circumference of thet f part of -the product will express' the . number of tons the rope will carry. which is 1 4-5--the number of tons 'they! are dry, nor should they be 'kept. in a confined or damp place; If for. some special 'reason the end 0. A. College, Slake 'a half bushel of lime with let the mixture eady for Heavy Duties The Case 10 20 1s - Power. For belt work this tractor drives a (Case 20x36 thresher, fully equipped, silo fillers, bay, presses, feed wills, ete. poted for its reserve Owners state that these tractors are always capable in emergency, for extra hard plowing or for grades. This 10-20 is recommended for pulling For all round use 'this tractor demands your careful consideration. It has long proved its worth, + It is economical 1n operation, burning kerosene successfully. It is built of the finest materials. You get your mon2y's worth. : Before you decide on your tractor; let fin sod or stubble It other implements 'usually requirin. about six herses, such also handles 5 Loh of y Q uw ir oh we / foot binders, two 20 shoe grain ue show you the advantages of the Case drills, six section spike-tooth barrow, 8 {je You'll then be better able to: to 10 foot double disc harrow, ete. judge. ~ KEROSENE TRACTORS F.T. BRIGNALL, Oxdrift, Ont. . L/ TIMER Furniture and Butcher he BRUSHES Hardware, PAINTS For {Ho Coranich INTERNATIONAL Deering Car line of Farm Machinery comprises of every thing needed on the farm, including Binders, Mowers, Rakes, Drills, Cultivators, Plows, Harrows, Disks, Scufflers, Harrow Cart s, Cream Separators, Feed Grinders, Wagons, Trucks, Sle ighs, Motor Trucks, 10-20 TITAN, and 15-30 INT ERNATIONAL Tractors Threshing Machines, Kerosene Engines. Knife Grinders. Binder twine. 'Repairs. Tor Literature and Prices on any of these Machines, see J. S. CORNER, Oxdrift. Or WT ite to NTERNATIONAL HARVES TER CO. Ltd, Winnipeg, Mon, TN EEE LAY SUILDERS SUPPLIES Ti Siithing 'Repair Work a Speciality We now have the, ©: C.Siiueics mast A Loup FY oy latest prices cn ture Framing otians Gypsum Bardwall and Wood tibre, Ec. : Uniting Came on i ANDERSON. DRYDEN, ONT, : FA LL Dryden, Ont. G.W.V.A. ter natn ri om com mn 2 = = a Apnlications £d 'e J = = membership and _informafion con Tor Sale and Beut cerning returned men, write --ALSO-- FIRE INSURANCE | | Regular meeting at 2. 30 pi. Be i Nn yp 9 yg FIRST SUNDAY every mont X M. DAVIDSON, © tec'y:Treas wa pg Bg JAS. MOFADYER, ee