MCQ
All eukaryotic unicellular organisms belong to.
- AMonera.
- BProtista.
- CFungi.
- DBacteria.
✓
Answer
- Protista.
Explanation:
The Kingdom Protista (Gk. protistos = first of all) was proposed by Ernst Haeckel (1866). All single-celled eukaryotes are placed in Kingdom Protista. Phylogenetically, the Kingdom Protista acts as a connecting link between the prokaryotic kingdom – Monera on one hand and the complex multicellular kingdoms – Fungi, Plantae and Animalia on the other hand. Protista are regarded as ancestors of all multicellular eukaryotic organisms.
Need a full question paper?
Generate a complete, print-ready paper with questions like this in minutes — across 16+ boards, with answer keys.
Explore more
Similar questions
The sequence of electron acceptors in the light reaction is:
Figure shown human urinary system with structures labeled $A$ to $D$ select option which correctly identifies them and gives their characteristics and / or functions
→Artificial pace maker is transplanted in:
Dimorphism of chloroplast is the specialty of:
Assertion: Arachidic acid is an unsaturated fatty acid.
Reason: There are one or more double bonds between carbon atoms in unsaturated fatty acids.
Reason: There are one or more double bonds between carbon atoms in unsaturated fatty acids.
Plants are known as purifiers of air due to process of
A high fever is dangerous to humans because
Fruit is
Starting from class, species comes after the:
Study the following statements :
$(a)$ The substrate binds to the active site of the enzyme
$(b)$ Enzymes isolated from thermophilic organisms get denatured at $50°C$
$(c)$ The active site of enzyme breaks the chemical bonds of the product
$(d)$ Prosthetic groups are tightly bound to the apoenzyme
Select the option which includes all correct statements :
→$(a)$ The substrate binds to the active site of the enzyme
$(b)$ Enzymes isolated from thermophilic organisms get denatured at $50°C$
$(c)$ The active site of enzyme breaks the chemical bonds of the product
$(d)$ Prosthetic groups are tightly bound to the apoenzyme
Select the option which includes all correct statements :