Woman's Institute Library of Cookery Volume I Part 25

REQUIREMENTS AND PROCESSES FOR MAKING HOT BREADS

HOT BREADS IN THE DIET

1. Closely related to yeast breads, or those in which yeast is used as the leavening agent, are breads known as HOT BREADS, or QUICK BREADS. As these names indicate, such breads are prepared in a very short time and are intended to be served while they are fresh and hot. Hot breads, to call such breads by the name in common use, are made by baking a batter or a dough mixture formed by mixing flour, liquid, salt, and a leavening agent. The nature of the mixture, however, is governed by the proportion of flour and liquid, the two ingredients that form the basis of all bread mixtures; and by incorporating with them such ingredients as eggs, sugar, shortening, flavouring, fruits, nuts, etc. there may be produced an almost endless variety of appetising hot breads, which include popovers, griddle cakes, waffles, m.u.f.fins, soft gingerbread, corn cake or corn bread, Boston brown bread, nut loaf, and baking-powder and beaten biscuit. Because of the variety these hot breads afford, they help considerably to relieve the monotony of meals. In fact, the housewife has come to depend so much on breads of this kind that their use has become almost universal. As is well known, however, certain kinds are typical of certain localities; for instance, beaten biscuit and hoe cake are characteristic of the Southern States of the United States, while Boston brown bread is used most extensively in the New England States and throughout the East. The popular opinion of most persons is that hot breads are injurious. It is perhaps true that they may be injurious to individuals afflicted with some digestive disturbance, but, at any rate, the harmful effect may be reduced to a minimum by the correct preparation and baking of these foods.

PRINc.i.p.aL REQUIREMENTS FOR HOT BREADS

2. Hot breads are quickly and easily made, but in this part of cookery, as in every other phase of it, certain principles must be understood and applied if the most satisfactory results are desired. These principles pertain chiefly to the ingredients used, the way in which they are measured and handled, the proportions in which they are combined, the necessary utensils, and the proper baking of the mixtures that are formed.

In the first place, the quality of the ingredients should be carefully considered, because on this depends the quality of the finished product.

No one who prepares foods can expect good food to result from the use of inferior materials. Next, the proportion of the ingredients demands attention, for much importance is attached to this point. For instance, in making a certain kind of hot bread, the quant.i.ty of flour to be used is regulated by the quant.i.ty of bread that is desired, and the quant.i.ty of flour governs, in turn, the quant.i.ties of liquid, leavening, and other ingredients that are to be put into the mixture. When the proportions of ingredients required for a hot bread are known, it is necessary that the ingredients be measured very accurately. Leavening material, for example, will serve to make clear the need for accuracy in measuring. A definite quant.i.ty of leavening will do only a definite amount of work. Therefore, if too little or too much is used, unsatisfactory results may be expected; and, as with this ingredient, so it is with all the materials used for hot breads.

The handling of the ingredients and the mixture has also much influence on the success with which hot breads are produced. A heavy touch and excessive handling, both of which are usually characteristic of the beginner, are more likely to result in a tough product than is the light, careful handling of the expert. However, as skill in this matter comes with practice, no discouragement need result if successful results are not forthcoming at the very start in this work. A good rule to follow in this particular, and one that has few exceptions, is to handle and stir the ingredients only enough to blend them properly.

In addition to the matters just mentioned, the utensils in which to combine the hot-bread materials and bake the batters or doughs are of importance. While none of these is complicated, each must be of the right kind if the best results are expected. The final point to which attention must be given is the baking of this food. Proper baking requires on the part of the housewife familiarity with the oven that is to be used, accuracy in judging temperature, and a knowledge of the principles underlying the process of baking.

LEAVENING AGENTS

CLa.s.sES OF LEAVENING AGENTS

3. As has been pointed out, the ingredients that are actually required in the making of hot breads are flour, liquid, salt, and leavening, and to give variety to breads of this kind, numerous other materials, including sugar, shortening, eggs, fruit, nuts, etc., are often added.

With the exception of leavening agents, none of these ingredients requires special attention at present; however, the instruction that is given in _Bread_ regarding flour should be kept in mind, as should also the fact that all the materials for hot breads should be of the best quality that can be obtained.

As is known by this time, leavening agents are the materials used to leaven, or make light, any kind of flour mixture. These agents are of three cla.s.ses, namely, _organic, physical_, and _chemical_. The organic agent is the oldest recognized leavening material, it being the one that is used in the making of yeast breads; but as a complete discussion of this cla.s.s of leavening agents is given in _Bread_ and as it is not employed in the making of hot breads, no consideration need be given to it here. Physical leavening is accomplished by the incorporation of air into a mixture or by the expansion of the water into steam, and chemical leavening agents are the most modern and accurate of all the agents that have been devised for the quick rising of flour mixtures.

PHYSICAL LEAVENING

4. PHYSICAL LEAVENING consists in aerating, or incorporating gas or air into, a mixture that is to be baked, and it is based on the principle that air or gas expands, or increases in volume, when heated. It is definitely known that when air is incorporated into dough and then heated, the air increases 1/273 of its own volume for each degree that the temperature is increased. For instance, if the temperature of an aerated mixture is 65 degrees Fahrenheit when it is put into the oven, the air or gas will have doubled in volume by the time it has reached 338 degrees Fahrenheit. Thus, the success of aerated bread depends to some extent on the temperature of the mixture when it goes into the oven. The colder it is at that time, the greater is the number of degrees it will have to rise before it is sufficiently baked, and the more opportunity will the gas have to expand.

5. The air or gas required for physical leavening is incorporated into a mixture by beating or folding the batter or dough itself, or by folding beaten egg whites into it. If the mixture is thin enough, the beating may be done with a spoon or an egg beater; but if it is thick enough to be handled on a board, air may be incorporated into it by rolling and folding it repeatedly. If eggs are to be used for aerating the batter or dough, the entire egg may be beaten and then added, but as more air can be incorporated into the egg whites, the yolks and whites are usually beaten separately. To make the white of eggs most satisfactory for this purpose, it should be beaten stiff enough to stand up well, but not until it becomes dry and begins to break up. In adding the beaten egg white, it should be folded carefully and lightly into the mixture after all the other ingredients have been combined. Beaten egg white may be used to lighten any mixture that is soft enough to permit it to be folded in.

6. To insure the best results from mixtures that are to be made light by means of physical leavening agents, certain precautions must be taken.

Such mixtures should be baked as soon as possible after the mixing is done, so that the gas or air will not pa.s.s out before the dough is baked. Likewise, they should be handled as lightly and quickly as possible, for a heavy touch and too much handling are often the cause of imperfect results. For baking aerated mixtures, heavy irons are better than tin m.u.f.fin pans; also, the pans that are used should be heated before the mixture is put into them, so that the batter or dough will begin to expand immediately. Gem irons should be filled level with an aerated mixture.

CHEMICAL LEAVENING

7. CHEMICAL LEAVENING is brought about by the action of gas produced by an acid and an alkali. All chemical leavening agents are Similar in their action, and they are composed of an acid and an alkali. When an acid and an alkali are brought together in the presence of moisture and heat, the result is the rapid production of carbon dioxide, a gas that expands on being heated, just as all other gases do. In expanding, the gas pushes up the batters or doughs, and these, when baked, set, or harden, into porous shapes. In addition to forming the gas, the acid and the alkali produce a salt that remains in the bread, and it is this salt that is responsible for the harmful effect usually attributed to chemical leavening agents.

8. The first chemical leavening agents were devised by housewives themselves. They consisted of a combination of saleratus, an alkali made from wood ashes, and sour milk or mola.s.ses. The results obtained were more or less satisfactory, but never entirely accurate or certain. Later on, chemists by employing the same idea combined an alkali with an acid in powder form and produced an accurate and satisfactory leavening agent in the form of baking powder. The discovery of baking powder, however, has not displaced the use of other combinations that form chemical leavening agents, for soda is still combined with sour milk, mola.s.ses, and cream of tartar in the making of various hot breads. Therefore, so that a proper understanding of the various chemical leavening agents may be obtained, a discussion of each is here given.

9. SODA AND SOUR MILK.--When soda is used with sour milk for leavening purposes, the lactic acid in the milk is so acted upon by the soda as to produce gas. However, these two ingredients--soda and sour milk--do not make an absolutely accurate leavening agent, because the quant.i.ty of acid in the sour milk varies according to the fermentation that has taken place. For example, sour milk 48 hours old contains more acid than sour milk that is kept under the same conditions but is only 24 hours old.

The proportion of these ingredients that is usually effective in batters and doughs for hot breads is _1 level teaspoonful of soda to 1 pint of sour milk._ So as to derive the best results in using these chemical leavening agents, it will be well to observe that if they are mixed together in a cup the milk will bubble and may, provided the quant.i.ty is sufficient, run over. These bubbles are caused by the gas that is formed when the acid and soda meet, and when they break gas escapes, with the result that some of it is lost. Formerly, it was the custom to mix these leavening substances in this way, and then to add them to the other ingredients. Now, however, in order that all gas produced may be kept in the dough mixture, the soda is sifted in with the dry ingredients and the sour milk is added with the liquid ingredients.

10. A point well worth remembering is that sour milk and soda may be subst.i.tuted for sweet milk and baking powder in a recipe that calls for these ingredients by using _1 teaspoonful of soda to each pint of sour milk_. This information should prove valuable to the housewife, especially if she has acc.u.mulated a supply of sour milk that should not be wasted. Occasionally it will be found that baking powder and soda are required in the same recipe, but this occurs only when an insufficient amount of soda to produce the desired result is specified.

11. SODA AND MOLa.s.sES.--Although mola.s.ses, which is a product of sugar cane, is sweet, it contains an acid that is formed by the fermentation that continually occurs in it, an evidence of which is the tiny bubbles that may be seen in mola.s.ses, especially when it is kept in a warm place. Because of the presence of this acid, mola.s.ses may be used with soda to form a chemical leavening agent, and when they are combined in hot breads or cake, the chemical action of the two produces carbon dioxide. However, accurate results cannot always be obtained when these ingredients are used, for the degree of acidity in mola.s.ses is as uncertain as it is in sour milk. Mola.s.ses that is old or has been kept in a warm place will contain more acid than mola.s.ses that has been manufactured only a short time or that has been kept cool to r.e.t.a.r.d fermentation.

The proportion of soda to mola.s.ses that can usually be relied on for hot breads and cakes is _1 teaspoonful of soda to 1 cupful of mola.s.ses_, or just twice the quant.i.ty of soda that is generally used with sour milk.

To produce the best results, the mola.s.ses should be mixed with the liquid ingredients and the soda sifted in with the dry ones. As mola.s.ses burns very quickly in a hot oven, all breads or cakes containing it as an ingredient should be baked in an oven of moderate temperature.

12. SODA AND CREAM OF TARTAR.--Some housewives are inclined to use soda and cream of tartar for leavening purposes; but there is really no advantage in doing this when baking powder can be obtained, for some baking powders are a combination of these two ingredients and produce the same result. In fact, the housewife cannot measure soda and cream of tartar so accurately as the chemist can combine them in the manufacture of baking powder. Nevertheless, if their use is preferred, they should be measured in the proportion of _twice as much cream of tartar as soda._ As in the case of soda alone, these leavening agents should be sifted with the dry ingredients. A small quant.i.ty of cream of tartar is used without soda in such mixtures as angel-food cake, in which egg white alone is used to make the mixture light. The addition of the cream of tartar has the effect of so solidifying the egg white that it holds up until the heat of the oven hardens it permanently.

13. BAKING POWDER.--Without doubt, baking powder is the most satisfactory of the chemical leavening agents. It comes in three varieties, but they are all similar in composition, for each contains an alkali in the form of soda and an acid of some kind, as well as a filler of starch, which serves to prevent the acid and the alkali from acting upon each other. When moisture is added to baking powder, chemical action sets in, but it is not very rapid, as is apparent when a cake or a m.u.f.fin mixture is allowed to stand before baking. The bubbles of gas that form in such a mixture can easily be observed if the mixture is stirred after it has stood for a short time. When both moisture and heat are applied to baking powder, however, the chemical action that takes place is more rapid, and this accounts for its usefulness in baking hot breads and cake.

14. The price of the different kinds of baking powder, which usually varies from 10 cents to 50 cents a pound, is generally an indication of the ingredients that they contain. Powders that sell for 40 to 50 cents a pound usually contain cream of tartar for the acid, the high price of this substance accounting for the price of the powder. Powders that may be purchased for 30 to 40 cents a pound generally contain acid phosphate of lime, and as this substance is cheaper than cream of tartar, a baking-powder mixture containing it may well be sold for less. The cheapest grade of powders, or those which sell for 10 to 25 cents a pound, have for their acid a salt of aluminum called alum. Still other powders that are sometimes made up to sell for 20 to 30 cents a pound contain a mixture of phosphate and alum.

15. As baking powders vary in price, so do they vary in their keeping qualities, their effectiveness, and their tendency toward being injurious. Most phosphate and alum powders do not keep so well as the cream-of-tartar powders, and the longer they are kept, the less effective do they become. The powders that contain phosphate yield more gas for each teaspoonful used than do the other varieties. Much controversy has taken place with regard to the different kinds of baking powder and their effects on the digestive tract, but authorities have not yet agreed on this matter. However, if foods made with the aid of baking powders are not used excessively, no concern need be felt as to their injurious effect. The housewife in her choice of baking powder should be guided by the price she can afford to pay and the results she is able to get after she has become well informed as to the effect of the different varieties. She may easily become familiar with the composition of baking powder, for a statement of what substances each kind contains is generally found on the label of every variety. This information is invaluable to the housewife, as it will a.s.sist her considerably in making a selection.

16. The proportion of baking powder to be used in a batter or a dough is regulated by the quant.i.ty of flour employed and not, as is the case with soda and mola.s.ses or sour milk, by the quant.i.ty of liquid, the usual proportion being _2 level teaspoonfuls to 1 cupful of flour_. Sometimes this proportion is decreased, 6 or 7 teaspoonfuls being used instead of 8 to each quart of flour in the making of large quant.i.ties of some kinds of baked foods. In adding baking powder to a mixture, as in adding other dry leavening agents, it should be sifted with flour and the other dry ingredients.

17. Although baking powder may be purchased at various prices, a good grade can be made in the home without much effort and usually for less than that which can be bought ready made. For these reasons, many housewives prefer to make their own. The following recipe tells how to make a cream-of-tartar powder that is very satisfactory:

RECIPE FOR BAKING POWDER

1/2 lb. cream of tartar 1/4 lb. bicarbonate of soda 1/4 lb. corn starch

Weigh all the ingredients accurately. If the cream of tartar and the bicarbonate of soda are to be purchased from a druggist, it will be better for him to weigh them than for the housewife, as he uses scales that weigh accurately. After all the ingredients are weighed, mix them together thoroughly by sifting them a number of times or by shaking them well in a can or a jar on which the lid has been tightly closed. The baking powder thus made should be kept in a can or a jar that may be rendered air-tight by means of a lid, or cover.

HOT-BREAD UTENSILS AND THEIR USE

PURPOSE OF UTENSILS

[Ill.u.s.tration: Fig. 1]

18. The utensils required for the making of hot breads consist of two kinds: those in which the ingredients are prepared and combined to form the mixture and those in which the mixture is to be baked. As soon as it is known just what ones are needed to carry out the recipe for the hot bread that is to be made, they, together with the necessary ingredients, such as milk, fat, flour, baking powder, salt, eggs, etc., should be collected and arranged in the manner shown in Fig. 1, so that they will be convenient. Usually, much of the success of hot breads depends on the quickness and dexterity with which the ingredients are put together, and if the person making them has to interrupt her work every now and then to get out a utensil, she will find that her results will not be so satisfactory and that she will use up more energy than the work really demands. The pans in which the mixture is to be baked need particular attention, for they should be greased and ready to fill before the mixing is begun. If they are to be heated, they should be greased and put into the oven a few minutes before the mixture is ready to be put into them, so that they may be taken from the oven and filled at once.

UTENSILS FOR PREPARING THE MIXTURE

19. Fig. 1 serves very well to ill.u.s.trate the utensils required for preparing hot-bread mixtures. These consist of a bowl _a_ of the proper size for mixing; a smaller bowl _b_ for beating eggs, provided eggs are to be used; two standard half-pint measuring cups _c_, one for dry ingredients and the other for wet ingredients; a tablespoon _d_, a case knife _e_, and a teaspoon _f_ for measuring and mixing; an egg beater _g_ and a flour sifter. Of course, if an egg whip is preferred, it may take the place of the egg beater, but for some hot-bread mixtures use will be found for both of these utensils.

UTENSILS FOR BAKING THE MIXTURE

[Ill.u.s.tration: Fig. 2]

20. The kind of utensil required for the baking of hot-bread mixtures depends entirely on the nature of the mixture and the recipe that is to be prepared. For popovers, popover cups similar to those shown in Fig. 2 or gem irons are necessary. m.u.f.fins require m.u.f.fin pans like those ill.u.s.trated at _h_, Fig. 1; Boston brown breads need cans that have tight-fitting lids; soft ginger bread, nut loaf, and corn cake are baked in loaf pans; baking-powder or beaten biscuits are placed in shallow pans or on oiled sheets; griddle cakes must be baked on griddles; and waffles require waffle irons. None of these utensils are likely to present any difficulty in their use except griddles and waffle irons, so in order that these may be thoroughly understood and good results thereby obtained, explanations of them are here given.