Generally a saving in energy consumption is insufficient incentive for the consumer to purchase new cooking equipment unless other improvements (e.g. shorter cooking periods, fewer cleaning difficulties and improved appearance) are available as well. For the individual, there is a natural reticence to incur rapid changes because of the valid economic desire to exploit existing capital investment to the maximum: this is the major problem with many proposed energy-thrift measures. However, caterers should’ appreciate that by reducing energy wastages; they will not only be saving money, but also improving the working environment within their kitchens.
Retro-fitting existing cookers with energy-conservation improvements in order to raise achievable efficiencies will occur only rarely. For the most immediate significant impact nationally, with respect to reducing the energy expended upon cooking, better management is recommended. Lawson suggested that about 16 PJ per year could be saved in the British catering sector by adopting improved operational practices. If only 10% of the energy used for catering purposes in the domestic sector could also be saved, overall national savings would amount to approximately 44 PJ per annum. To achieve this aim, a comprehensive and straight-forward program of energy-thrift education for housewives, cooks and kitchen managers is needed. This will require all concerned to exercise considerable personal discipline.
The present approach, whereby individuals make purchasing decisions mainly on visual and first-cost grounds-partly because the cooking appliance and food manufacturing industries rarely provide adequate scientific data to support their claims- should be supplemented by other considerations. Food is too fundamental to human life, health and happiness to be considered an unworthy subject by intellectuals. For example, even the typical Briton (who tends to be casual about eating compared with most of his foreign counterparts) spends between 5% and 13% of his waking hours preparing, cooking and/or cleaning away ’after meals. Nevertheless, energy wastage prevails both on a national scale ( e. g. storing vast quantities of food at sub-ambient temperatures in so-called food mountains); and on an individual scale (e. g. performing hob operations without placing lids on the pans employed) .
To save energy, cooks and kitchen managers should receive______.
A:cooking technique education B:energy-saving education C:comprehensive education D:capital investment education
The first man who cooked his food, instead of eating it raw, lived so long ago that we have no idea who he was or where he lived. We do know, however, that (1) thousands of years food was always eaten cold and (2) . Perhaps the cooked food was heated accidentally by a (3) fire or by the melted lava from an erupting (4) . When people first tasted food that had been cooked, they found it tasted better. However, (5) after this discover, cooked food must have remained a rarity (6) man learned how to make and light (7) .
Primitive men who lived in hot regions could depend on the heat of the sun (8) their food. For example, in the desert (9) of the southwestern. United States, the Indians cooked their food by (10) it on a flat (11) in the hot sun. They cooked piece of meat and thin cakes of com meal in this (12) . We surmise that the earliest kitchen (13) was stick (14) which a piece of meat could be attached and held over a fire. Later this stick was (15) by an iron rod or spit which could be turned frequently to cook the meat (16) all sides.
Cooking food in water was (17) before man learned to make water containers that could not be (18) by fire. The (19) cooking pots were reed or grass baskets in which soups, and stews could be cooked. As early as 166 B. C, the Egyptians had learned to make (20) permanent cooking pots out of sand stone. Many years later, the Eskimos learned to make similar pans.
A:to cook B:cooking C:cooked D:cook
Text 1
Generally a saving in energy
consumption is insufficient incentive for the consumer to purchase new cooking
equipment unless other improvements (e.g. shorter cooking periods, fewer
cleaning difficulties and improved appearance) are available as well. For the
individual, there is a natural reticence to incur rapid changes because of the
valid economic desire to exploit existing capital investment to the maximum:
this is the major problem with many proposed energy-thrift measures. However,
caterers should’ appreciate that by reducing energy wastages; they will not only
be saving money, but also improving the working environment within their
kitchens. Retro-fitting existing cookers with energy-conservation improvements in order to raise achievable efficiencies will occur only rarely. For the most immediate significant impact nationally, with respect to reducing the energy expended upon cooking, better management is recommended. Lawson suggested that about 16 PJ per year could be saved in the British catering sector by adopting improved operational practices. If only 10% of the energy used for catering purposes in the domestic sector could also be saved, overall national savings would amount to approximately 44 PJ per annum. To achieve this aim, a comprehensive and straight-forward program of energy-thrift education for housewives, cooks and kitchen managers is needed. This will require all concerned to exercise considerable personal discipline. The present approach, whereby individuals make purchasing decisions mainly on visual and first-cost grounds-partly because the cooking appliance and food manufacturing industries rarely provide adequate scientific data to support their claims- should be supplemented by other considerations. Food is too fundamental to human life, health and happiness to be considered an unworthy subject by intellectuals. For example, even the typical Briton (who tends to be casual about eating compared with most of his foreign counterparts) spends between 5% and 13% of his waking hours preparing, cooking and/or cleaning away ’after meals. Nevertheless, energy wastage prevails both on a national scale ( e. g. storing vast quantities of food at sub-ambient temperatures in so-called food mountains); and on an individual scale (e. g. performing hob operations without placing lids on the pans employed) . |
A:cooking technique education B:energy-saving education C:comprehensive education D:capital investment education
Directions:
Read the following text. Choose the best
word(s) for each numbered blank and mark A, B, C or D on ANSWER SHEET 1.
The first man who cooked his food,
instead of eating it raw, lived so long ago that we have no idea who he was or
where he lived. We do know, however, that (1) thousands of
years food was always eaten cold and (2) . Perhaps the cooked
food was heated accidentally by a (3) fire or by the melted
lava from an erupting (4) . When people first tasted food
that had been cooked, they found it tasted better. However, (5)
after this discover, cooked food must have remained a rarity
(6) man learned how to make and light (7)
. Primitive men who lived in hot regions could depend on the heat of the sun (8) their food. For example, in the desert (9) of the southwestern. United States, the Indians cooked their food by (10) it on a flat (11) in the hot sun. They cooked piece of meat and thin cakes of com meal in this (12) . We surmise that the earliest kitchen (13) was stick (14) which a piece of meat could be attached and held over a fire. Later this stick was (15) by an iron rod or spit which could be turned frequently to cook the meat (16) all sides. Cooking food in water was (17) before man learned to make water containers that could not be (18) by fire. The (19) cooking pots were reed or grass baskets in which soups, and stews could be cooked. As early as 166 B. C, the Egyptians had learned to make (20) permanent cooking pots out of sand stone. Many years later, the Eskimos learned to make similar pans. |
A:to cook B:cooking C:cooked D:cook
The first man who cooked his food, instead of eating it raw, lived so long ago that we have no idea who he was or where he lived. We do know, however, that (1) thousands of years food was always eaten cold and (2) . Perhaps the cooked food was heated accidentally by a (3) fire or by the melted lava from an erupting (4) . When people first tasted food that had been cooked, they found it tasted better. However, (5) after this discover, cooked food must have remained a rarity (6) man learned how to make and light (7) .
Primitive men who lived in hot regions could depend on the heat of the sun (8) their food. For example, in the desert (9) of the southwestern. United States, the Indians cooked their food by (10) it on a flat (11) in the hot sun. They cooked piece of meat and thin cakes of com meal in this (12) . We surmise that the earliest kitchen (13) was stick (14) which a piece of meat could be attached and held over a fire. Later this stick was (15) by an iron rod or spit which could be turned frequently to cook the meat (16) all sides.
Cooking food in water was (17) before man learned to make water containers that could not be (18) by fire. The (19) cooking pots were reed or grass baskets in which soups, and stews could be cooked. As early as 166 B. C, the Egyptians had learned to make (20) permanent cooking pots out of sand stone. Many years later, the Eskimos learned to make similar pans.
A:to cook B:cooking C:cooked D:cook
A:He is a chef at the College of the Holy Cross in Worcester, Massachusetts. B:He teaches cooking in a cooking school. C:He believes that cooking means more than preparing food following the recipes. D:He regards dining together as a good way to expand the circle of friends.
A Growing up in Philadelphia,Lieberman started cooking with his stayathome dad when he was seven.His foodloving family had two kitchens,and he quickly learned what was the best way to bake his cakes.Lieberman improved his kitchen skills greatly during a year abroad before college,learning from a cook in Italy and studying local specialties(地方特色菜) in Germany,Spain and France.At Yale,he was known for throwing dinner parties,singlehandedly frying and baking while mixing drinks for dozens of friends.Just for fun,he and some friends decided to tape a show named Campus Cuisine about his cooking.Lieberman was a real college student showing his classmates how to do things like making drinks out of dininghall fruit.That helped the show become very popular among the students.They would stop Lieberman after class to ask for his advice on cooking.Tapes of the show were passed around,with which his name went beyond the school and finally to the Food Network. Food Network producer Flay hopes the young cook will find a place on the network television.He says Liebermans charisma is the key.“Food TV isnt about food anymore,”says Flay,“Its about your personality(个性) and finding a way to keep peoples eyeballs on your show.” But Lieberman isnt putting all his eggs in one basket.After taping the first season of the new show,Lieberman was back in his own small kitchen preparing sandwiches.An airline company(航空公司) was looking for someone to come up with a tasteful,inexpensive and easytomake menu to serve on its flights.Lieberman got the job. We can learn from the text that Liebermans family .
A:have relatives in Europe B:love cooking at home C:often hold parties D:own a restaurant
A Growing up in Philadelphia,Lieberman started cooking with his stayathome dad when he was seven.His foodloving family had two kitchens,and he quickly learned what was the best way to bake his cakes.Lieberman improved his kitchen skills greatly during a year abroad before college,learning from a cook in Italy and studying local specialties(地方特色菜) in Germany,Spain and France.At Yale,he was known for throwing dinner parties,singlehandedly frying and baking while mixing drinks for dozens of friends.Just for fun,he and some friends decided to tape a show named Campus Cuisine about his cooking.Lieberman was a real college student showing his classmates how to do things like making drinks out of dininghall fruit.That helped the show become very popular among the students.They would stop Lieberman after class to ask for his advice on cooking.Tapes of the show were passed around,with which his name went beyond the school and finally to the Food Network. Food Network producer Flay hopes the young cook will find a place on the network television.He says Liebermans charisma is the key.“Food TV isnt about food anymore,”says Flay,“Its about your personality(个性) and finding a way to keep peoples eyeballs on your show.” But Lieberman isnt putting all his eggs in one basket.After taping the first season of the new show,Lieberman was back in his own small kitchen preparing sandwiches.An airline company(航空公司) was looking for someone to come up with a tasteful,inexpensive and easytomake menu to serve on its flights.Lieberman got the job. We can learn from the text that Liebermans family .
A:have relatives in Europe B:love cooking at home C:often hold parties D:own a restaurant