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This section includes 2374 Mcqs, each offering curated multiple-choice questions to sharpen your Embedded Systems knowledge and support exam preparation. Choose a topic below to get started.
951. |
The capacity of a memory unit is ____________ |
A. | The number of binary input stored |
B. | The number of words stored |
C. | The number of bytes stored |
D. | All of the Mentioned |
Answer» D. All of the Mentioned | |
952. |
The group of each 8-bit is called ____________ |
A. | Nibble |
B. | Flag |
C. | Byte |
D. | Word |
Answer» D. Word | |
953. |
Each word stored in a memory location is represented by ____________ |
A. | RAM |
B. | ROM |
C. | Storage class |
D. | Address |
Answer» E. | |
954. |
Each word consist of a sequence of ____________ |
A. | Letters |
B. | Binary numbers |
C. | Hexadecimal numbers |
D. | Gray codes |
Answer» C. Hexadecimal numbers | |
955. |
The data stored in a group of bits is called ____________ |
A. | Nibble |
B. | Word |
C. | Byte |
D. | Address |
Answer» C. Byte | |
956. |
To transfer the information from input to output and vice versa, the cells used are ____________ |
A. | Storage cells |
B. | Data cells |
C. | Unit cells |
D. | Both data and unit cells |
Answer» B. Data cells | |
957. |
A memory is a collection of ____________ |
A. | Unit cells |
B. | Storage cells |
C. | Data cells |
D. | Binary cells |
Answer» C. Data cells | |
958. |
When two or more devices try to write data in a bus simultaneously, is known as ______________ |
A. | Bus collisions |
B. | Address multiplexing |
C. | Address decoding |
D. | Bus contention |
Answer» E. | |
959. |
Which one of the following “selected dairy products” has the greatest production in the U.S.? |
A. | Non-fat dry milk |
B. | Butter |
C. | Yogurt |
D. | Evaporated milk |
Answer» D. Evaporated milk | |
960. |
The largest production of Italian cheese went to the production of _____________ cheese. |
A. | Cheddar |
B. | Brie |
C. | Mozzarella |
D. | Provolone |
Answer» D. Provolone | |
961. |
The top five state in the production of cheese accounted for almost _______% of all U.S. cheese production. |
A. | 29 |
B. | 42 |
C. | 51 |
D. | 69 |
Answer» E. | |
962. |
Which of the following states listed is NOT in the top five for production of cheese? |
A. | Idaho |
B. | Wisconsin |
C. | Minnesota |
D. | New York |
Answer» E. | |
963. |
California is the leading state in the production of ice cream, which state was second? |
A. | Texas |
B. | Indiana |
C. | Minnesota |
D. | Colorado |
Answer» C. Minnesota | |
964. |
The national average milk production per cow in the U.S. is approximately _________ pounds per year. |
A. | 18,400 |
B. | 19,500 |
C. | 20,500 |
D. | 22,600 |
Answer» D. 22,600 | |
965. |
Who invented the automobile water radiator? |
A. | Wilhelm Maybach |
B. | Karl Benz |
C. | Elon Musk |
D. | Alfred Noble |
Answer» C. Elon Musk | |
966. |
At what temperature does the thermostats fully open? |
A. | 36°C |
B. | 98°C |
C. | 82°C |
D. | 42°C |
Answer» D. 42°C | |
967. |
What is the temperature of water in a closed radiator under high pressure? |
A. | 319°F |
B. | 123°F |
C. | 264°F |
D. | 243°F |
Answer» E. | |
968. |
What is the melting point of Platinum? |
A. | 1750°C |
B. | 2050°C |
C. | 850°C |
D. | 750°C |
Answer» B. 2050°C | |
969. |
What is the temperature of burning gases in the engine? |
A. | 3000-4000°C |
B. | 1500-2000°C |
C. | 11000-12000°C |
D. | 9000-10000°C |
Answer» C. 11000-12000°C | |
970. |
A diesel tractor develops 60 KW with a coolant temperature difference 5.5°C. What will be the quantity of water to be circulated through the radiator? |
A. | 3.72 l/s |
B. | 5.56 l/s |
C. | 9.88 l/s |
D. | 11.10 l/s |
Answer» C. 9.88 l/s | |
971. |
A body cools from 70°C to 40°C in 5 minutes at surrounding temperature of 10°C. How long will it take for the body to cool from 49°C to 25°C? |
A. | 4.3 minutes |
B. | 6.5 minutes |
C. | 3.3 minutes |
D. | 1.8 minutes |
Answer» C. 3.3 minutes | |
972. |
What would be the quantity of water to be circulated through the radiator, if diesel tractor developed 40 KW with a coolant temperature difference of 5.5°C? |
A. | 4.26 lps |
B. | 4.19 lps |
C. | 2.86 lps |
D. | 3.72 lps |
Answer» E. | |
973. |
What output do the engines reject running at a speed of 2000 rpm and at full load condition using gasoline? |
A. | 0.75 KW |
B. | 0.89 KW |
C. | 0.23 KW |
D. | 0.44 KW |
Answer» B. 0.89 KW | |
974. |
Which law states that the rate of heat radiated by a body is directly proportional to the excess of temperature, provided that the excess temperature is less as compared to the surrounding temperature? |
A. | Pascal’s law |
B. | Newton’s law of cooling |
C. | Einstein’s equation |
D. | Henry’s law |
Answer» C. Einstein’s equation | |
975. |
Springs(closely coiled) are examples of _____________ |
A. | stiffness |
B. | hardness |
C. | toughness |
D. | are examples of _____________a) stiffnessb) hardnessc) toughnessd) creep |
Answer» B. hardness | |
976. |
By keeping the phreatic line within the downstream toe, the ___________ can be avoided. |
A. | Piping |
B. | Gullying |
C. | Sloughing |
D. | Over topping |
Answer» D. Over topping | |
977. |
Expand MWL? |
A. | Minimum water level |
B. | Maximum water level |
C. | Meagre water level |
D. | Most wind level |
Answer» C. Meagre water level | |
978. |
The hydrostatic pressures on phreatic line are equal to____ |
A. | Zero |
B. | Maximum |
C. | Minimum |
D. | Constant |
Answer» B. Maximum | |
979. |
____________ represents the top stream line. |
A. | Phreatic line |
B. | Hydraulic gradient line |
C. | Seepage gradient |
D. | Hydraulic seepage line |
Answer» B. Hydraulic gradient line | |
980. |
Line of seepage is also known as __________ |
A. | Hydraulic gradient |
B. | Phreatic line |
C. | Seepage gradient |
D. | Hydraulic seepage line |
Answer» C. Seepage gradient | |
981. |
___________ dams are built with key trenches. |
A. | Heterogeneous earth dam |
B. | Homogeneous earth dam |
C. | Earth Dam with Core wall |
D. | Rolled fill dam |
Answer» D. Rolled fill dam | |
982. |
Calculate the eccentricity of a trapezoidal dam with a distance between the centre of gravity and point where the resultant cuts the base is 5m. The bottom width of the dam is 3m. |
A. | 2.5m |
B. | 3.5m |
C. | 4.5m |
D. | 5m |
Answer» C. 4.5m | |
983. |
The SD16 has a second-order modulator with a _________ |
A. | sinc filter |
B. | sinc2 filter |
C. | sinc3 fiter |
D. | rect filter |
Answer» D. rect filter | |
984. |
Decimated means _________ |
A. | multipled by 10 |
B. | multiplied by 100 |
C. | divided by 10 |
D. | divided by 100 |
Answer» B. multiplied by 100 | |
985. |
The filtered digital signal is then decimated to |
A. | reduce the rate of samples from fm to fs |
B. | reduce the rate of samples from fs to fm |
C. | increase the rate of samples from fm to fs |
D. | increase the rate of samples from fs to fm |
Answer» E. | |
986. |
The second part of the ADC’s output is in the form of _________ |
A. | the fast stream of single bits |
B. | the fast stream of multiple bits |
C. | the slow stream of single bits |
D. | the slow stream of multiple bits |
Answer» B. the fast stream of multiple bits | |
987. |
The basic idea behind the sigma delta converter is that |
A. | to carry out the conversion |
B. | to carry out communication |
C. | to reduce the circuit to its simplest way possible and then carry out the conversion |
D. | all of the mentioned |
Answer» D. all of the mentioned | |
988. |
Which among the following is not a caused due to presence of heavy metals in the soil micro-biome during a remediation process? |
A. | Increased mobilization of heavy metals |
B. | Inhibition of biological processes |
C. | Iron precipitation |
D. | Increase in soil fertility |
Answer» E. | |
989. |
If the majority of the mechanism of bio-remediation process is an anaerobic process, then oxygen presence becomes toxic. |
A. | True |
B. | False |
Answer» B. False | |
990. |
Some soil remediation processes enhance the presiding micro-bacteria and bio-augment the clean-up process by adding fungi to the respective soil. |
A. | True |
B. | False |
Answer» B. False | |
991. |
Aerobic bio degradation has a minimum oxygen requirement of __________ |
A. | 0.5 mg/litre |
B. | 2 mg/litre |
C. | 1 mg/litre |
D. | 1.5 mg/litre |
Answer» C. 1 mg/litre | |
992. |
Bioaugmentation requires the introduction of selected microbes to bring about the remediation process. |
A. | True |
B. | False |
Answer» B. False | |
993. |
Bio enhancement stimulates the existing micro fauna by ______ |
A. | Manipulating the local environmental conditions |
B. | Entering the food chain |
C. | Increasing dissolved oxygen |
D. | Producing methane gas |
Answer» B. Entering the food chain | |
994. |
Functional biology is usually described as a process of bio enhancement (and/or) ____________ |
A. | Bio augmentation |
B. | Bio-accumulation |
C. | Bio-degradation |
D. | Bio-magnification |
Answer» B. Bio-accumulation | |
995. |
Which of the following treatment options is not suitable for areas where contaminants don’t cause a potential harm to human health and the environment? |
A. | Natural attenuation |
B. | Passive remediation |
C. | Bio attenuation |
D. | Live attenuated |
Answer» E. | |
996. |
Which among the following does not determine the suitability of soil remediation? |
A. | Nutrient availability |
B. | Presence of other inhibitory contaminants |
C. | Oxygenation |
D. | Pathogens |
Answer» E. | |
997. |
Which of the following type of soil is suitable for soil remediation? |
A. | Peaty Soil |
B. | Sandy soil |
C. | Less or no organic content soil |
D. | Soil with gravels |
Answer» B. Sandy soil | |
998. |
20-30°C is the ideal range for bioremediation as it optimizes _______ |
A. | Enzyme activity |
B. | Temperature |
C. | Pressure |
D. | pH |
Answer» B. Temperature | |
999. |
What is the preferable range of temperature for bioremediation by soil microorganisms? |
A. | 0-50 °C |
B. | 50-60 °C |
C. | 80-100 °C |
D. | 120-150 °C |
Answer» B. 50-60 °C | |
1000. |
Bio remediation does not rely on the natural abilities of soil micro-organisms. |
A. | True |
B. | False |
Answer» C. | |