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This section includes 322 Mcqs, each offering curated multiple-choice questions to sharpen your Avionics knowledge and support exam preparation. Choose a topic below to get started.
151. |
If f:x→x+1 is a function, then ƒ(t2-1) = |
A. | t+1 |
B. | t2 + 1 |
C. | t |
D. | t2 |
Answer» E. | |
152. |
If ƒ(x) = sin(x) and g(x) = cos(x), then (fog)(x) = |
A. | sin(x)cos(x) |
B. | tan(x) |
C. | sin(cos(x)) |
D. | cos(sin(x)) |
Answer» B. tan(x) | |
153. |
Where did Fyodor Dostoevsky die? |
A. | Volgograd |
B. | Sochi |
C. | Sveaborg |
D. | St. Petersburg |
Answer» E. | |
154. |
Saccharomyces cervisiae is the most common exploited |
A. | yeast |
B. | fungus |
C. | algae |
D. | None of Above |
Answer» B. fungus | |
155. |
If ƒ(x) = |x-2|, then range of f is |
A. | [-∞,0] |
B. | [0,infinty] |
C. | [-∞,∞] |
D. | None of the Above |
Answer» C. [-∞,∞] | |
156. |
sec2θ = |
A. | 1 - cos2θ |
B. | 1 - tan2θ |
C. | 1 + tan2θ |
D. | 1 + cot2θ |
Answer» D. 1 + cot2θ | |
157. |
If a tiny outgrown bud detach and grow individually on its own by asymmetric division, this is called |
A. | binary fission |
B. | grafting |
C. | budding |
D. | multiple fission |
Answer» D. multiple fission | |
158. |
If sinθ = √3/2, then θ is |
A. | 30° |
B. | 45° |
C. | 90° |
D. | None of the Above |
Answer» E. | |
159. |
If f:x→xsec(x) is a function, then ƒ(0) = |
A. | −1 |
B. | 0 |
C. | 1 |
D. | ∞ |
Answer» C. 1 | |
160. |
If ƒ(x) = √(x2 +1, then domain of f is |
A. | [-∞,-1]∪[1,∞] |
B. | [-∞, ∞] |
C. | [-∞,-2]∪[2,∞] |
D. | [-∞,-2]∪[3,∞] |
Answer» C. [-∞,-2]∪[2,∞] | |
161. |
__________ exhibit yeast-like growth at human body temperatures and mold-like growth at room temperature. |
A. | Black bread molds |
B. | Dimorphic fungi |
C. | Water molds |
D. | Sac fungi |
Answer» C. Water molds | |
162. |
150° = |
A. | 5π/6 radians |
B. | 2π/3 radians |
C. | π/4 radians |
D. | 180π radians |
Answer» B. 2π/3 radians | |
163. |
tanh(x) = |
A. | ex + e-x/2 |
B. | ex - e-x/2 |
C. | ex - e-x/ex+ e-x |
D. | ex + e-x/ex- e-x |
Answer» D. ex + e-x/ex- e-x | |
164. |
If ƒ(x) = √(x+4), then ƒ(x2+4) = |
A. | x2 -8 |
B. | √(x-8 |
C. | √(x2) +8 |
D. | x2 + 8 |
Answer» E. | |
165. |
If ƒ(x) = √(cot-1x and g(x) = lnx,then (fog)(x) = |
A. | ln(cot-1x) |
B. | 1/2 ln(cot-1x) |
C. | cot-1(lnx) |
D. | √(cot-1(lnx) |
Answer» E. | |
166. |
Ecologically fungi are important because |
A. | they are a major cause of plant diseases |
B. | they act as decomposers and aid in nutrient cycling |
C. | none of the above |
D. | Both ( and ( |
Answer» E. | |
167. |
The external skeleton of arthropods are composed of |
A. | calcium |
B. | silicates |
C. | chitin |
D. | minerals |
Answer» D. minerals | |
168. |
f:x→√(3x2-1 and g:x→sin(x), then fog:x→ |
A. | sin(3x2-1) |
B. | sin√(3x2-1) |
C. | √(sin3x2-1) |
D. | √(3x2-sin(x)) |
Answer» D. √(3x2-sin(x)) | |
169. |
Which of the following books is not an autobiography of Freya Stark? |
A. | The Coast of Incense |
B. | Traveller’s Prelude |
C. | Dust in the Lion’s Paw |
D. | Rome on the Euphrates |
Answer» E. | |
170. |
Where did Gabriel Garcia Marquez die? |
A. | Havana |
B. | Caracas |
C. | Mexico City |
D. | Paris |
Answer» D. Paris | |
171. |
If f:x→cos(x) is a function, then ƒ(π) = |
A. | −1 |
B. | 1⁄2 |
C. | 1⁄3 |
D. | 1 |
Answer» B. 1⁄2 | |
172. |
If ƒ(x) = sin(x) is |
A. | trigonometric function |
B. | logarithmic function |
C. | exponential function |
D. | algebric function |
Answer» B. logarithmic function | |
173. |
About whom did Gabriel Garcia Marquez write El general en su labiento (The General in His Labyrinth)? |
A. | Julius Caesar |
B. | Napoleon Bonaparte |
C. | Hernando Cortez |
D. | Simon Bolivar |
Answer» E. | |
174. |
When did Fyodor Dostoevsky write Poor Folk? |
A. | 1848 |
B. | 1846 |
C. | 1852 |
D. | 1850 |
Answer» C. 1852 | |
175. |
Where did Fyodor Dostoevsky undergo mock execution? |
A. | Red Square |
B. | Tahrir Square |
C. | Trafalgar Square |
D. | Semyonovsky Square |
Answer» E. | |
176. |
The 60th part of one minute is called one |
A. | minute |
B. | radian |
C. | degree |
D. | second |
Answer» E. | |
177. |
If ƒ(x) = √(x +1, then domain of f is |
A. | [-∞,0] |
B. | [-∞, ∞] |
C. | [0,∞] |
D. | none of these |
Answer» D. none of these | |
178. |
1 + tan22θ = |
A. | sec2θ |
B. | csc2θ |
C. | csc22θ |
D. | sec22θ |
Answer» E. | |
179. |
1′ = |
A. | 60° |
B. | 60″ |
C. | 3600″ |
D. | 3600° |
Answer» C. 3600″ | |
180. |
The function f:x→1 is |
A. | constant function |
B. | cubic function |
C. | quadratic function |
D. | identity function |
Answer» B. cubic function | |
181. |
When was Lagar published? |
A. | 1928 |
B. | 1916 |
C. | 1954 |
D. | 1936 |
Answer» D. 1936 | |
182. |
cothh-1x = |
A. | ln(x+√(x2 +1)) |
B. | ln(x+√(x2 -1)) |
C. | 1/2ln(1+x/1-x) |
D. | 1/2ln(x+1/x-1) |
Answer» E. | |
183. |
Yeast which had been used for genetic research is |
A. | neurospore |
B. | spore |
C. | paraspore |
D. | regrow |
Answer» B. spore | |
184. |
√((1 - sinθ)/(1 + sinθ)) = |
A. | secθ |
B. | tanθ-secθ |
C. | secθ-tanθ |
D. | cscθ |
Answer» B. tanθ-secθ | |
185. |
The reproductive structures of spores are called |
A. | buds |
B. | frangments |
C. | sporangia |
D. | None of Above |
Answer» D. None of Above | |
186. |
If y is expressed in terms of a variable x as Y = ƒ(x), then y is called |
A. | explicit function |
B. | implicit function |
C. | linear function |
D. | identity function |
Answer» B. implicit function | |
187. |
The linear function ƒ(x) = ax + b is an identity function if |
A. | a = 0, b = 1 |
B. | a = 1, b = 0 |
C. | a = 1, b = 1 |
D. | a = 0, b = 0 |
Answer» C. a = 1, b = 1 | |
188. |
The storage of food as lipids orglycogen in fungi is done by mycelium |
A. | mycelium |
B. | hyphae |
C. | rhizoids |
D. | None of Above |
Answer» B. hyphae | |
189. |
Yeasts may undergo |
A. | homolactic fermentation |
B. | alcoholic fermentation |
C. | all of these |
D. | heterolactic fermentation |
Answer» D. heterolactic fermentation | |
190. |
Two cities whose longitudes are 10°E and 20°W on the equator are apart |
A. | 1000km |
B. | 2000km |
C. | 2500km |
D. | 6702km |
Answer» E. | |
191. |
cosech(x) = |
A. | 2/ex + e-x |
B. | 1/ex + e-x |
C. | 2/ex - e-x |
D. | 2/e-x - ex |
Answer» D. 2/e-x - ex | |
192. |
ƒ(x) = cos(x) is |
A. | linear function |
B. | quadratic function |
C. | odd function |
D. | even function |
Answer» E. | |
193. |
If f:x→x+3 is a function, then ƒ(3) = |
A. | 0 |
B. | 3 |
C. | 6 |
D. | 7 |
Answer» D. 7 | |
194. |
f:x→√(3x2-1) and g:x→sin(x), then gof:x→ |
A. | sin(3x2-1) |
B. | sin√(3x2-1) |
C. | √(sin3x2-1) |
D. | √(3x2-1 sin(x)) |
Answer» C. √(sin3x2-1) | |
195. |
Fungi in the division Deuteromycota are characterized by the fact that |
A. | they form sexual spores called deuterospores |
B. | they only reproduce sexually |
C. | a method of sexual reproduction has not been identified |
D. | they are incapable of sexual reproduction |
Answer» D. they are incapable of sexual reproduction | |
196. |
If ƒ(x) = √(2tan(x)),then f-1(√(2)) = |
A. | 0 |
B. | 1 |
C. | √(2) |
D. | 2 |
Answer» C. √(2) | |
197. |
If ƒ(x) = 2x+1/x-1, then |
A. | f-1(3) < f-1(1) |
B. | f-1(3) > f-1(1) |
C. | f-1(= f-1(1) |
D. | None of the Above |
Answer» B. f-1(3) > f-1(1) | |
198. |
In one hour, the minutes hand of a clock turns through |
A. | 5π/6 radians |
B. | 4π/9 radians |
C. | π/4 radians |
D. | 180π radians |
Answer» E. | |
199. |
When did Fyodor Dostoevsky die? |
A. | 28 June 1888 |
B. | 9 February 1881 |
C. | 12/31/1900 12:00:00 AM |
D. | 11 September 1893 |
Answer» C. 12/31/1900 12:00:00 AM | |
200. |
If f:x→x2 -2x +1 is a function, then ƒ(0) = |
A. | −1 |
B. | 0 |
C. | 1 |
D. | 2 |
Answer» D. 2 | |