MCQExams
0:0:1
CBSE
JEE
NTSE
NEET
Practice
Homework
×
CBSE Questions for Class 11 Medical Biology Plant Growth And Development Quiz 10 - MCQExams.com
CBSE
Class 11 Medical Biology
Plant Growth And Development
Quiz 10
High C/N ratio produces
Report Question
0%
Softer tissues
0%
More mechanical tissues
0%
More growth hormones
0%
Growth inhibitors
Explanation
A carbon-to-nitrogen ratio is a ratio of carbon to the nitrogen in a plant. In general, a high C/N ratio produces a high acid content and low methane production. In plants young tissues have less C/N ratio. Plants with high C/N ratio have more mechanical tissues and larger root system.
Thus, the correct answer is 'More mechanical tissues'.
An excised leaf does not turn yellow if it is induced to root. This is attributed to the synthesis in root of
Report Question
0%
Ethylene
0%
Cytokinins
0%
Gibberellins
0%
Auxins
Explanation
Cytokinin is a plant hormone. It promotes cell division. It also delays the destruction of chlorophyll and protein. It shows delay of senescence in leaves. So when an excised leaf is induced to root, it does not turn yellow because root synthesizes cytokinin hormone.
The rosette habit of cabbage can be changed drastically by the application of
Report Question
0%
GA
0%
IAA
0%
ABA
0%
CK
Explanation
Cabbage is a rosette plant.
The rosette habit of cabbage can be changed drastically by the application of gibberellic acid. GA is a plant hormone which helps in longitudinal growth of stem. The rapid stem elongation of rosette plant is called bolting. Bolting needs either long days or cold treatment. However, bolting can be induced artificially by the application of gibberellic acid under normal conditions.
Thus, the correct answer is option A.
Gibberellins were first extracted from
Report Question
0%
Coleoptile tip
0%
Root tip
0%
Fungus
0%
Bacterium
Explanation
Gibberellin is a plant hormone that is involved in various developmental processes. It was first discovered by Eiichi Kurosawa while studying foolish seedling disease. It was first extracted from fungus
Gibberella fujikuroi.
It helps in stem elongation, germination, dormancy, leaf and fruit senescence, etc.
Thus, the correct answer is option C.
Internodal elongation is promoted by the action of
Report Question
0%
Auxin
0%
Gibberellic acid
0%
Cytokinin
0%
Abscisic acid
Explanation
Gibberellic acid is a plant hormone which is involved in
various developmental processes like
stem elongation, germination, dormancy, leaf and fruit senescence, etc.
It helps in process of bolting. Bolting is a rapid stem elongation of plant.
It also promotes
elongation of the internodes in such a way that dwarf plants overcome the genetic dwarfism.
Thus, the correct answer is option B.
Cytokinins are generally
Report Question
0%
Acids
0%
Aminopurines
0%
Phenols
0%
Glucosides
Explanation
The first cytokinin discovered was an aminopurine derivative named kinetin. Except zeatin which is adenine derivative, all other present cytokinins are aminopurines. All the naturally occurring cytokinins are substituted purines, in which sixth carbon is substituted by amino group.
Thus, the correct answer is option B.
Hormone involved in inhibition of growth is
Report Question
0%
ABA
0%
Ethylene
0%
None of the above
0%
Both A and B
Explanation
There are various plant hormones which act as growth regulators. Hormones like gibberellic acid (GA), Indoleacetic acid (IAA), a type of auxin, cytokinin (CK) are growth promoter. Hormones like Abscisic Acid (ABA), ethylene are growth inhibitor. These hormones accelerate abscission process and are involved in inhibition of growth.
Thus, the correct answer is option D.
Hormone involved in breaking dormancy of winter buds is
Report Question
0%
Ethylene
0%
Gibberellin
0%
Auxin
0%
Cytokinin
Explanation
Gibberellin is a plant hormone that is involved in various developmental processes like
stem elongation, germination, dormancy, leaf and fruit senescence, etc.
The induction of dormancy in buds starts only after the falling of leaves. Winter buds can be induced to break the dormancy by exogenous application of gibberellin hormone.
Thus, the correct answer is option B 'Gibberllins'
Rapid growth of flowering axis in many plants is caused by
Report Question
0%
Lower level of abscisic acid
0%
Higher level of auxin
0%
Higher level of gibberellin
0%
Lower level of auxin
Explanation
Gibberellin is a plant hormone which helps in growth of stem. The rapid growth and flowering with cell division and cell elongation is called as bolting.
Bolting requires either long days or cold treatment.
Bolting can be induced by higher level of gibberellin under normal conditions. It replaces the long day required for bolting.
Thus, the correct answer is option C ' Higher level of gibberellins'
Gibberellins take part in
Report Question
0%
Bolting of rosette plants
0%
Replacing long day requirement
0%
Overcoming genetic dwarfism
0%
All the above
Explanation
Gibberellin is a plant hormone which helps in growth of stem. The rapid stem elongation of rosette plant is called bolting.
Bolting requires either long days or cold treatment.
Bolting of rosette plant can be induced artificially by the application of gibberellic acid under normal conditions. Hence, it replaces the long day required for bolting. It also helps in
elongation of the internodes in such a way that dwarf plants overcome the genetic dwarfism.
Thus, the correct answer is option D.
Cytokinins are mostly produced in
Report Question
0%
Shoot apex
0%
Root apex
0%
Young leaves
0%
Lateral buds
Explanation
Cytokinin is a plant hormone. It promotes cell division. It also delays the destruction of chlorophyll and protein. It shows delay of senescence in leaves. It is mostly produced in the root apex. When an excised leaf is induced to root, it does not turn yellow because root apex synthesizes cytokinin hormone.
Thus, the correct answer is option B.
The growth hormone, Gibberellin, was discovered by
Report Question
0%
Yabuta and Sumiki
0%
Dutrochet and Dolk
0%
Donoho and Walker
0%
Hashimoto and Rappaport
Explanation
Gibberellin was first discovered in 1935 by Teijiro Yabuta and Sumuki. It was isolated from fungus
Gibberella fujikuroi
and hence isolate was given gibberellin name. It is a plant growth regulator. It is involved in various processes like stem elongation, germination, dormancy, leaf and fruit senescence, etc.
Thus, the correct answer is option A.
Scientist who first isolated cytokinin was
Report Question
0%
White
0%
Skoog
0%
Letham
0%
Miller
Explanation
Cytokinin is a plant hormone that as act growth regulator. It was first isolated by C. Miller as a factor that promotes cell division (cytokinesis). The first cytokinin discovered was kinetin, an aminopurine derivative. It helps in cell growth and differentiation. It also inhibits apical dominance and promotes axillary bud growth.
Delay in senescence is caused by the spray of
Report Question
0%
IBA
0%
GA
0%
Cytokinin
0%
ABA
Explanation
Senescence means aging. Cytokinin is a plant hormone. It plays major role in cell proliferation and cell division. During senescence, cytokinin levels are low. It delays in senescence of leaves when sprayed externally by delaying the destruction of chlorophyll and proteins in leaves.
Thus, the correct answer is option C.
Cell mitosis is induced by
Report Question
0%
Colchicine
0%
Gibberellic acid
0%
Nitrosoguanidine
0%
Kinetin
Explanation
Kinetin is a type of cytokinin which is a plant hormone. It promotes cell division. It induces the cell mitosis by maintaining the protein like cyclins and CDKS that are important for mitosis.
Thus, the correct answer is option D.
If auxin concentration is increased in plant roots, the water absorption will
Report Question
0%
Increase
0%
Decrease
0%
Remain the same
0%
None
Explanation
Auxin is a plant hormone that plays important role in plant growth. It stimulates stem elongation by increasing permeability of cells which in turn increases uptake of water by cells. It also increases the respiration rate. When auxin concentration is increased in roots, it will increase permeability of root cells and hence water absorption will increase.
Thus, the correct answer is option A.
During wall enlargement new wall materials are inserted amongst the older ones.The phenomenon is
Report Question
0%
Accretion
0%
Integration
0%
Intussusception
0%
Interpolation
Explanation
Accretion is the phenomenon in which during growth, gradual external accumulation of new layers on the older ones takes place. During wall enlargement new wall materials are inserted amongst the older ones. The phenomenon is intussusception.
So, the correct answer is C '
Intussusception'
Leaf abscission is prevented by
Report Question
0%
Gibberellin
0%
Ethylene
0%
Abscisic acid
0%
Auxin
Explanation
Leaf abscission is a detachment or fall of older leaves.It occurs at the base of the petiole. When auxin is applied to the base of petiole of young leaf, the abscission is greatly suppressed. Also, it is observed that the intact leaf does not fall off because it synthesizes auxin.
Thus, the correct answer is option D.
Kinetin like properties are present in
Report Question
0%
Pineapple
0%
Soyabean
0%
Groundnut
0%
Coconut milk
Explanation
Kinetin is a type of cytokinin which is a plant hormone. It promotes cell division.
The first known cytokinin hormone was found in coconut milk.
Coconut milk is liquid endosperm. It promotes cell division same as kinetin. It stimulates the embryo to grow when it is supplied with food.
Thus, the correct answer is option D.
Leaf fall occurs when
Report Question
0%
Auxin content is more in lamina than in the stem
0%
Auxin content is low in the lamina as compared to stem
0%
Abscisic acid is formed
0%
Morphactins are produced
Explanation
Leaf abscission is a detachment or fall of older leaves.It occurs at the base of the petiole. It is observed that the intact leaf does not fall off because base of petiole of young leaf synthesizes auxin. During leaf abscission, auxin content is low in the lamina as compared to stem. Also, ethylene content is high in the lamina during abscission.
Thus, the correct answer is option B.
Leaf abscission is promoted by
Report Question
0%
Ethylene
0%
Abscisic acid
0%
Cytokinin
0%
Tryptophan
Explanation
Leaf abscission is a detachment or fall of older leaves.It occurs at the base of the petiole. During
abscission, high synthesize of ethylene is observed along with decrease in the concentration of auxin.
Ethylene synthesizes enzymes like cellulase and pectinase which are involved in c
ell wall
degradation. These enzymes loosens the cell wall and cells separate which ultimately leads to leaf abscission.
Thus, the correct answer is option A.
Name the scientist who discovered that decapitated coleoptile would resume photosensitivity and growth if severed tip is reattached through a gelatin disc
Report Question
0%
Darwin
0%
Van Overbeek
0%
Boyson Jensen
0%
Paal
Explanation
A tropism is a growth movement by plant part in the direction of the stimulus. According to Boysen Jensen, the stimulus for phototropism, growth in response to light, is a chemical that is present at the tip of the coleoptile. He cut the tip of the coleoptile and the severed tip was reattached through a gelatin disc. The recapitated coleoptile resumed normal photosensitivity and growth.
So, the correct answer is C '
Boyson Jensen'
Gibberellic acid has been successfully employed to induce flowering
Report Question
0%
In short day plats under long day conditions
0%
In long day plants under short day conditions
0%
In all plants
0%
None of the above
Explanation
Gibberellic acid is a plant hormone which helps in growth of stem. The rapid induction of flowering is called bolting.
It requires either long days or cold treatment.
However, it can be induced artificially by the application of gibberellic acid under normal conditions. Hence, it replaces the long day required for flowering.
Thus, the correct answer is option B.
Fruit drop occurs when fruit has
Report Question
0%
No auxin as in the stem
0%
Less auxin as compared to stem
0%
More auxin than the one present in the stem
0%
Auxin concentration equal to that of stem
Explanation
Auxin is a plant hormone which prevents the abscission of leaves and fruits. Young leaves and fruits produce auxin and thus remain attached to the stem. When the level of auxin declines in fruits as comparted to stem, fruit drop occurs. Hence, a
uxin is sprayed externally to prevent loss of fruit from premature dropping.
Thus, the correct answer is option B.
Flowering in some short day plants is promoted by
Report Question
0%
Auxins
0%
Gibberellins
0%
Cytokinins/ABA
0%
Ethylene
Explanation
Gibberellin is a plant hormone which helps in growth of stem. The rapid growth and flowering with cell division and cell elongation is called as bolting.
Bolting requires either long days or cold treatment.
Bolting can be induced by higher level of gibberellin under normal conditions. Hence, it induces flowering in some short day plants.
Thus, the correct answer is option B.
The shoot system of any plant responds towards the stimulus of:
Report Question
0%
Air
0%
Light
0%
Water
0%
Soil
Explanation
The shoot system shows positive phototropism, which means it will grow or change its direction in the way where light is present. It is known as the directional movement of a plant.
So the correct option is option B.
Phototropic and geotropic movements are linked to
Report Question
0%
Gibberelins
0%
Cytokinins
0%
Auxin
0%
None of the above
Explanation
Auxin is a plant hormone which plays important role in plant growth movement like phototropism and geotropism. In phototropism, plant stem bends towards the light as
it has the least amount of auxin. T
he shaded side contains high amount of auxin and helps in elongation. In geotropism, auxin triggers downward growth of roots. High concentration of it inhibits cell elongation in roots.
Thus, the correct answer is option C.
Which of the following stimulates growth or cell enlargement?
Report Question
0%
Gibberellin
0%
Auxin
0%
Cytokinin
0%
Ethylene
Explanation
Auxin is a plant hormone that plays important role in plant growth. It stimulates stem elongation by increasing permeability of cells which in turn increases uptake of water by cells. It also increases the respiration rate.
It also enhances plasticity of cell walls which results in cell enlargement.
Thus, the correct answer is option B.
Cytokinins have the ability to
Report Question
0%
Induce morphogenesis
0%
Substitute cold treatment
0%
Convert dwarf plants to tall plants
0%
None of the above
Explanation
Cytokinins are plant hormones that are involved in various physiological processes. They promotes cell division by stimulating mitosis. Due to increased rate of mitosis, they induce shoot and root morphogenesis. They also plays important role in formation of fruits and seeds.
Thus, the correct answer is option A.
Auxin does not increase
Report Question
0%
The plasticity of cell walls
0%
The rate of photosynthesis
0%
The uptake of water by cells
0%
Rate of respiration
Explanation
Auxin is a plant hormone that plays important role in plant growth. It stimulates stem elongation by increasing permeability of cells which in turn increases uptake of water by cells. It also enhances plasticity of cell walls which results in cell enlargement. It also increases the respiration rate.
Thus, the correct answer is option B.
What causes a green plant to bend towards light as it grows?
Report Question
0%
Because green plants need light to carry on photosynthesis
0%
Because green plants are phototropic
0%
Light stimulates plant cells on the lighted side to grow faster
0%
Auxin accumulates on shaded side stimulating greater cell elongation
Explanation
Auxin is a plant hormone that plays important role in phototropism, growth movement in response to light. It promotes cell elongation. It is unequally distributed in the plant cells. It is transported towards the shady side and thus present in higher concentration. However, less auxin is transported towards the illuminated side. Due to this, the plant to grow more on the shaded side and bend in the direction of the light source. It shows phototropic response where faster cell elongation is seen on the shaded side than on the illuminated side.
Thus, the correct answer is option D.
Exactly opposite response of stem and root to gravity is because of
Report Question
0%
Requirement of differential optimum concentration of auxin for elongation of stem and root cells
0%
Nature of these organs
0%
Position effect of these organs since embryonic stage in seed
0%
None of the above
Explanation
Auxin is a plant hormone that plays important role in the growth of stem and roots
to gravity. Root shows positive
gravitropism
and shoot shows negative gravitropism. This exactly opposite response of stem and root is due to changes in concentration of the auxin. Roots bend towards gravity due to regulated movement of the auxin known as polar auxin transport. Stem and root cells require differential optimum concentration for elongation. In roots, auxin accumulates towards the gravity that results in the inhibition of cell expansion on the lower side and the curvature of the roots towards gravity. In stems, auxin accumulates towards the gravity. However, it results in increase in cell expansion and results in the shoot curving up.
Thus, the correct answer is option A.
Weed killers have properties similar to
Report Question
0%
Hormones
0%
Enzymes
0%
Insecticides
0%
Vitamins
Explanation
Weed killers have properties similar to some hormones. A 2,4-D is a synthetic auxin hormone. It is an herbicide which kills unwanted weed plants. It protects monocots by selectively killing dicots like weed killers.
Thus, the correct answer is option A.
Hormone involved in phototropism is
Report Question
0%
IAA
0%
Gibberellin
0%
Kinetin
0%
2, 4-D
Explanation
The tropic movement of plant part in response to the sunlight is called phototropism.
The stimulus for phototropism is a IAA hormone that is present at the tip of the stem and is responsible for bending towards light. When the tip of stem is cut, the decapitated plant does not bend towards light because of lack of IAA at the tip.
Thus, the correct answer is option A.
Leaf fall occurs when content of
Report Question
0%
Abscisic acid decreases
0%
Auxin decreases
0%
Auxin increases
0%
Gibberellin decreases
Explanation
Leaf abscission is a detachment or fall of older leaves.It occurs at the base of the petiole. It is observed that the intact leaf does not fall off because base of petiole of young leaf synthesizes auxin. During leaf fall, auxin content is low in the lamina as compared to stem. Also, ethylene content is high in the lamina during abscission.
So, the correct answer is 'A
uxin decreases'
Bioassay of IAA is
Report Question
0%
Avena curvature test
0%
Callus test
0%
Leaf disc test
0%
$$\alpha$$-amylase test
Explanation
Bioassay is a sensitive and specific test that determines the biological activity of hormones by measuring its effect on a specific part of plant material. There are various bioassays to determine the concentration of auxin hormone in plant such as Avena coleoptile test, split pea stem curvature test, cress root inhibition test. The Avena coleoptile curvature test is a bioassay for IAA (indole-3-acetic acid) that is dependent on differential growth due to the polar transport of IAA from the tip towards the base of coleoptiles in Avena.
So, the correct answer is '
Avena curvature test'
Abscisic acid controls
Report Question
0%
Cell division
0%
Leaf fall and dormancy
0%
Shoot elongation
0%
Cell elongation and wall formation
Explanation
Correct Option: B
Explanation:
Abscisic acid
is responsible for overall plant growth and
development
.
Its main functions include regulation of
dormancy
and
abscission
(detachment of leaves or other parts of the plant).
It also induces dormancy in the plant so that seeds can remain unaffected by factors that are
unfavorable
for plant growth.
Cell division, shoot elongation, cell wall formation, and elongation are all promoted by a plant growth regulator called Auxin.
Hence, abscisic acid controls
leaf fall and dormancy.
Hormone primarily connected with cell division is
Report Question
0%
IAA
0%
NAA
0%
Cytokinin/Zeatin
0%
Gibberellic acid
Explanation
Cytokinin is a plant hormone that is primarily connected with cell division. It helps in cytokinesis. Zeatin is naturally occuring cytokinin which induces cell division. It also delays senescence and breaks dormancy.
So, the correct answer is '
Cytokinin/Zeatin'
Which one is the test for gibberellin?
Report Question
0%
Bolting in Cabbage
0%
Morphogenesis in tobacco callus
0%
Rapid division in Carrot cells
0%
Elongation of Oat coleoptile
Explanation
The rosette habit of cabbage can be changed drastically by the application of gibberellin.
Gibberellin is a plant hormone which helps in longitudinal growth of stem. The rapid stem elongation of rosette plant is called bolting. Bolting needs either long days or cold treatment. However, bolting in cabbage can be seen in presence of gibberellin under normal conditions.
So, the correct answer is '
Bolting in Cabbage'
Auxin suppresses growth of
Report Question
0%
Lateral axillary buds
0%
Apical buds
0%
Roots on stem cuttings
0%
Parthenocarpy
Explanation
Apical dominance is a phenomenon in which central stem is dominant and lateral axillary buds are suppressed. It is due to plant hormone auxin produced in the tip of the shoot. Auxin hormone is responsible for apical dominance and cytokinin hormone is responsible for breaking the apical dominance.
So, the correct answer is '
Lateral axillary buds'
Genetic dwarfness can be overcome by treating the plant with
Report Question
0%
Cytokinin
0%
Gibberellic acid
0%
Auxin
0%
Antigibberellin
Explanation
Gibberellic acid is a plant hormone which helps in growth of stem. It also brings about the rapid flowering in plants. I
t replaces the long day required for bolting in plants. It also helps in
elongation of the internodes in such a way that dwarf plants overcome the genetic dwarfism. Hence, to overcome the genetic dwarfness, the plant is treated with gibberellic acid.
Thus, the correct answer is option B.
Gibberellins bring about
Report Question
0%
Yellowing of leaves
0%
Promotion of rooting
0%
Elongation of genetically dwarf plants
0%
Dwarfing of genetically tall plants
Explanation
Gibberellin is a plant hormone which helps in growth of stem. It also brings about the rapid flowering in plants. I
t replaces the long day required for bolting in plants. It also helps in
elongation of the internodes in such a way that dwarf plants overcome the genetic dwarfism.
Thus, the correct answer is option C.
Gibberellic acid induces flowering in
Report Question
0%
Some plants only
0%
Long day plants under short day conditions
0%
Short day plants under long day conditions
0%
Day neutral plants
Explanation
Gibberellic acid is a plant hormone which helps in growth of stem. The rapid flowering with cell division and cell elongation is called as bolting.
Bolting requires either long days or cold treatment.
Flowering can be induced by application of gibberellic acid under normal conditions. It induces flowering in long day plants under short day conditions.
Thus, the correct answer is option C.
Highest auxin concentration occurs
Report Question
0%
In growing tips
0%
In leaves
0%
At base of plant organs
0%
In xylem and phloem
Explanation
Auxin is a plant hormone. The highest concentration of it occurs in growing tip. Apical dominance is a phenomenon in which central stem is dominant and lateral stems are suppressed. It promotes stem elongation and inhibits growth of lateral buds. Hence, low concentration of auxin inhibits growth in stem.
Thus, the correct answer is option A.
Cut pr excised leaves remain green for long if induced to root or dipped in
Report Question
0%
Gibberellins
0%
Cytokinins
0%
Auxins
0%
Ethylene
Explanation
Cytokinin is a plant hormone. It promotes cell division. It also delays the destruction of chlorophyll and protein. It shows delay of senescence in leaves and keeps leaves green for long time. So when cut or excised leaves are induced to root, it will remain green because root synthesizes cytokinin hormone.
Thus, the correct answer is option B.
What is a stress hormone? or The hormone produced during adverse environmental conditions is
Report Question
0%
Benzyl aminopurine
0%
Dichlorophenoxy acetic acid
0%
Ethylene
0%
Abscisic acid
Explanation
Stress hormone is a hormone produced during adverse environmental conditions. Abscisic acid (ABA) is called as stress hormone. Due to this hormone, plants respond to stresses conditions like cold, drought. It increases the tolerance of plants toward various stresses. It causes stomatal closure during water stress. It also promotes seed dormancy under adverse condition.
Thus, the correct answer is option D.
The regulator which retards ageing senescence of plant parts is
Report Question
0%
Cytokinin
0%
Auxin
0%
Gibberellin
0%
Abscisic acid
Explanation
Cytokinins is a plant hormone. It retards ageing senescence of plant parts and thus keep them productive for longer duration. This is called as Richmond Lang effect. It delays destruction of chlorophyll. It has an effect on protein synthesis and mobilizing nutrients.
Thus, the correct answer is option A.
Cytokinins are mostly
Report Question
0%
Glucosides
0%
Aminopurines
0%
Acidic
0%
Phenolic
Explanation
The first cytokinin discovered was an aminopurine derivative named kinetin. Except zeatin which is adenine derivative, all other present cytokinins are aminopurines. All the naturally occurring cytokinins are substituted purines, in which sixth carbon is substituted by amino group.
Thus, the correct answer is 'Glucosides'.
Gibberellin application to a plant brings about
Report Question
0%
Leaf fall
0%
Diversification of root system
0%
Elongation of shoot system
0%
Delay in senescence
Explanation
Gibberellin is a plant hormone which helps in longitudinal growth of the stem. The rapid shoot elongation of rosette plant is called bolting. Bolting needs either long days or cold treatment. Gibberellin application to a plant brings about elongation of shoot system
under normal conditions.
Thus, the correct answer is option C.
Which one induces flowering in short-day plants?
Report Question
0%
Auxin
0%
Cytokinin
0%
Gibberellin
0%
Propylene
Explanation
Gibberellin is a plant hormone. It acts as plant growth promoter. It induces flowering in short-day plants. Flowering in plants generally requires either long days or cold condition. However, it can artificially induced by application of gibberellin hormone.
Thus, the correct answer is option C.
0:0:1
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
0
Answered
0
Not Answered
0
Not Visited
Correct : 0
Incorrect : 0
Report Question
×
What's an issue?
Question is wrong
Answer is wrong
Other Reason
Want to elaborate a bit more? (optional)
Practice Class 11 Medical Biology Quiz Questions and Answers
<
>
Support mcqexams.com by disabling your adblocker.
×
Please disable the adBlock and continue.
Thank you.
Reload page
