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MCQOPTIONS
This section includes 200950 Mcqs, each offering curated multiple-choice questions to sharpen your General Knowledge knowledge and support exam preparation. Choose a topic below to get started.
| 15451. |
A, E, I, O, ? |
| A. | T |
| B. | P |
| C. | U |
| D. | G |
| Answer» D. G | |
| 15452. |
B, D, G, I, L, ? |
| A. | M |
| B. | N |
| C. | O |
| D. | P |
| Answer» C. O | |
| 15453. |
Which is the odd man out ? |
| A. | POKI |
| B. | MIEA |
| C. | SOKG |
| D. | YUQM |
| Answer» B. MIEA | |
| 15454. |
Mendel crossed a pure white flowered pea plant with pure red flowered plant. The first generation of hybrids from the cross should show |
| A. | all white flowered plants |
| B. | all red flowered plants |
| C. | 50% white flowered and 50% red |
| D. | 75% red flowered and 25% white |
| Answer» C. 50% white flowered and 50% red | |
| 15455. |
A, E, I, M, Q, U, ? |
| A. | Z |
| B. | Y |
| C. | J |
| D. | T |
| Answer» C. J | |
| 15456. |
DC, DE, FE, ??, HG, HI |
| A. | GF |
| B. | DE |
| C. | ED |
| D. | FG |
| Answer» E. | |
| 15457. |
In monohybrid cross between pure tall and pure dwarf pea plant, how many types of genotypes are found in F2 generation ? |
| A. | 9 |
| B. | 8 |
| C. | 3 |
| D. | 4 |
| Answer» D. 4 | |
| 15458. |
If SYSTEM is written as SYSMET and NEARER is written as AENRER, then FRACTION will be coded as |
| A. | Fracnoit |
| B. | Carfnoit |
| C. | Carftion |
| D. | Noitfrac |
| Answer» C. Carftion | |
| 15459. |
The crossing of a homozygous tall pea plant and homozygous dwarf pea plant would yield plants in the ratio of |
| A. | one homozygous tall : one homozygous |
| B. | all heterozygous tall |
| C. | all homozygous dwarf |
| D. | 2 tall : 2 dwarf |
| Answer» C. all homozygous dwarf | |
| 15460. |
During gamete formation ? |
| A. | all offsprings show recessive characters |
| B. | factors do not segregate |
| C. | each gamete receive only one factor |
| D. | diploid gametes are formed |
| Answer» D. diploid gametes are formed | |
| 15461. |
Find the missing term of the following series :DCXW, HGTS, ...... , POLK, TSHG |
| A. | KLOP |
| B. | LKOP |
| C. | KLPO |
| D. | LKPO |
| Answer» E. | |
| 15462. |
From the reappearance of recessive trait in F2generation, Mendel concluded that |
| A. | both (A) and (B) |
| B. | factor mix with each other in F1 |
| C. | factors remain together in F1 generation |
| D. | factors do not mix with each other in F1 |
| Answer» B. factor mix with each other in F1 | |
| 15463. |
The conclusion drawn by Mendel based on monohybrid cross was |
| A. | all of the above |
| B. | inheritance of each character is |
| C. | one of the forms is dominant and other |
| D. | each factor exist in two contrasting or |
| Answer» B. inheritance of each character is | |
| 15464. |
Mendel grouped all contrasting characteristics in _______ pairs. |
| A. | 6 |
| B. | 7 |
| C. | 14 |
| D. | 15 |
| Answer» C. 14 | |
| 15465. |
After performing reciprocal cross between tall and dwarf plants, the ratio of tall and dwarf plants obtained was |
| A. | 2:1 |
| B. | 1:3 |
| C. | 3:1 |
| D. | 1:2 |
| Answer» D. 1:2 | |
| 15466. |
During monohybrid cross experiments, Mendel performed reciprocal cross by selecting |
| A. | both male and female plant as dwarf |
| B. | both male and female plant as tall |
| C. | tall plant as female and dwarf plant as |
| D. | tall plant as male and dwarf plant as |
| Answer» E. | |
| 15467. |
When Mendel selfed F1 generation, he obtained 1064 seeds in F2 generation out of 1064 seeds, _______ were tall and ______ were dwarf. |
| A. | 651, 207 |
| B. | 787, 277 |
| C. | 787, 277 |
| D. | 882, 299 |
| Answer» D. 882, 299 | |
| 15468. |
What result did Mendel obtained after monohybrid cross between tall and dwarf pea plant? |
| A. | 75% plants were tall and 25% plants |
| B. | 50% plants were dwarf and 50% plants |
| C. | All new plants were tall |
| D. | All new plants were dwarf |
| Answer» D. All new plants were dwarf | |
| 15469. |
When Mendel allowed natural selfing of F1hybrids during monohybrid cross between pure tall and pure dwarf pea plant, he found |
| A. | tallness reappeared in some plants |
| B. | dwarfness reappeared in some plants |
| C. | all plants were dwarf |
| D. | all plants were tall |
| Answer» C. all plants were dwarf | |
| 15470. |
F3 generation was obtained by |
| A. | none of these |
| B. | crossing F1 with either of parent |
| C. | selfing F2 hybrids |
| D. | selfing F1 hybrids |
| Answer» D. selfing F1 hybrids | |
| 15471. |
Mendel always started his experiment (Monohybrid and Dihybrid cross) with |
| A. | a fresh new plant |
| B. | a pure line plant |
| C. | a heterozygous plant |
| D. | any pea plant |
| Answer» C. a heterozygous plant | |
| 15472. |
Mendel carried out artificial cross by |
| A. | both (1) and (3) |
| B. | dusting of pollen grains from selected |
| C. | emasculation of selected male parent |
| D. | emasculation of selected female parent |
| Answer» B. dusting of pollen grains from selected | |
| 15473. |
In pea flower, how many stamens are free and how many are fused? |
| A. | 4, 6 |
| B. | 5, 5 |
| C. | 2, 8 |
| D. | 1, 9 |
| Answer» E. | |
| 15474. |
Emasculation means |
| A. | removal of sepals before anthesis |
| B. | removal of petals before anthesis |
| C. | removal of stigma before anthesis |
| D. | removal of stamens before anthesis |
| Answer» E. | |
| 15475. |
To eliminate chance factor, Mendel performed |
| A. | trihybrid cross |
| B. | reciprocal cross |
| C. | dihybrid cross |
| D. | monohybrid cross |
| Answer» C. dihybrid cross | |
| 15476. |
Mendel, in his experiments |
| A. | all of the above |
| B. | conducted ample crosses and reciprocal |
| C. | maintained quantitative records |
| D. | maintained qualitative records |
| Answer» B. conducted ample crosses and reciprocal | |
| 15477. |
F2 generation is produced by |
| A. | a cross between recessive parents |
| B. | selfing the parents |
| C. | selfing the heterozygous progeny |
| D. | crossing F1 progeny with one of the |
| Answer» D. crossing F1 progeny with one of the | |
| 15478. |
Filial means |
| A. | both (2) and (3) |
| B. | offsprings produced in vegetative |
| C. | offsprings produced in asexual |
| D. | offsprings produced in sexual |
| Answer» E. | |
| 15479. |
F1 generation means |
| A. | first seed generation |
| B. | first filial generation |
| C. | first fertile generation |
| D. | first flowering generation |
| Answer» C. first fertile generation | |
| 15480. |
In genetics, the use of checkerboard was done by |
| A. | Darwin |
| B. | Punnet |
| C. | Correns |
| D. | Mendel |
| Answer» C. Correns | |
| 15481. |
Homozygous individuals |
| A. | both (1) and (3) |
| B. | produce only one type of gamete |
| C. | does not breed true to the trait |
| D. | breeds true to the trait |
| Answer» B. produce only one type of gamete | |
| 15482. |
Which of the following term indicates a pair of dissimilar alleles? |
| A. | All of these |
| B. | Homologous |
| C. | Heterozygous |
| D. | Homozygous |
| Answer» D. Homozygous | |
| 15483. |
Genotype is |
| A. | genetic constitution of germ cells |
| B. | genetic constitution of plastids |
| C. | genetic constitution of somatic cells |
| D. | genetic constitution of an organism |
| Answer» E. | |
| 15484. |
A cross between two pure individuals, differing in atleast one set of characters, is called |
| A. | variant |
| B. | mutant |
| C. | polyploid |
| D. | monohybrid |
| Answer» E. | |
| 15485. |
who was known asFather of Computer mouse, who recently died in July 2013? |
| A. | Steve Jobs |
| B. | Nicolas Henry |
| C. | Douglas Engelbart |
| D. | Alan Turing |
| Answer» D. Alan Turing | |
| 15486. |
The external appearance of an individual for any trait is called as |
| A. | physique |
| B. | morphology |
| C. | karyotype |
| D. | phenotype |
| Answer» E. | |
| 15487. |
grass: soil : : seaweed : ___________ |
| A. | water |
| B. | river |
| C. | salty |
| D. | fish |
| Answer» B. river | |
| 15488. |
lion: animal : : flower : ___________ |
| A. | plant |
| B. | roots |
| C. | grass |
| D. | rose |
| Answer» B. roots | |
| 15489. |
Cookbook : Recipes :: |
| A. | film : reviews |
| B. | manual : instructions |
| C. | magazine : subscriptions |
| D. | paperback : editions |
| Answer» C. magazine : subscriptions | |
| 15490. |
Who coined the term ‘gene’ for ‘factor’? |
| A. | Punnett |
| B. | Johannsen |
| C. | Morgan |
| D. | Mendel |
| Answer» C. Morgan | |
| 15491. |
Who proposed the term 'Allelomorph'? |
| A. | Bateson |
| B. | Tschermak |
| C. | Morgan |
| D. | Hugo De Vries |
| Answer» B. Tschermak | |
| 15492. |
Dominant allele means |
| A. | an allele which cannot express in |
| B. | an allele without any effect |
| C. | an allele that prevents the expression of |
| D. | an allele whose effect is masked by |
| Answer» D. an allele whose effect is masked by | |
| 15493. |
book : _______ : : comb : tooth |
| A. | title |
| B. | page |
| C. | library |
| D. | knowledge |
| Answer» C. library | |
| 15494. |
truthfulness: court : : cleanliness : _________ |
| A. | virtue |
| B. | bath |
| C. | restaurant |
| D. | pig |
| Answer» D. pig | |
| 15495. |
Stone : Sculpture :: |
| A. | Mural : Painting |
| B. | opera : stage |
| C. | canvas : easel |
| D. | clay : pottery |
| Answer» E. | |
| 15496. |
Alleles or allelomorphs occupy |
| A. | different position on heterozygous |
| B. | different position on homologous |
| C. | same position on heterozygous |
| D. | same position on homologous |
| Answer» E. | |
| 15497. |
boy: child : : man : ________ |
| A. | father |
| B. | uncle |
| C. | adult |
| D. | person |
| Answer» D. person | |
| 15498. |
grains : sand : : drops : __________ |
| A. | rain |
| B. | surf |
| C. | snow |
| D. | flood |
| Answer» B. surf | |
| 15499. |
Which one of the following best describes a gene? |
| A. | Both (2) and (3) |
| B. | A specific length of single stranded RNA |
| C. | A specific length of DNA responsibleflowersfor the inheritance and expression of thecharacter |
| D. | A triplet of nucleotide bases |
| Answer» D. A triplet of nucleotide bases | |
| 15500. |
wave: crest : : _________ : peak |
| A. | water |
| B. | top |
| C. | moving |
| D. | mountain |
| Answer» E. | |