Download App

MHT CET biology Model Test 04 — MHT - CET STD 12 Science — Question

Maharashtra BoardEnglish MediumSTD 12 ScienceMHT - CETMHT CET biology Model Test 041 Mark
MCQ
Identify the palindromic sequence which is recognized by the EcoRI restriction enzyme.
  • A
    3'GAATTC5'
    5'CTTAAG3'
  • B
    5'CAATTG3'
    3'GTTAAC5'
  • C
    3'GTTAAC5'
    5'CAATTG3'
  • ✓
    3'CTTAAG5'
    5'GAATTC3'
✓

Answer

Correct option: D.
3'CTTAAG5'
5'GAATTC3'
D

Need a full question paper?

Generate a complete, print-ready paper with questions like this in minutes — across 16+ boards, with answer keys.

Start Generating Free

Explore more

More "MCQ" from MHT CET biology Model Test 04→MHT CET biology Model Test 04 — all question types→MHT - CET STD 12 Science question papers→Maharashtra Board STD 12 Science question papers→Maharashtra Board question paper generator→

Similar questions

What is the number of moles of silver chloride precipitated when excess of aqueous silver nitrate is treated with $\left[ Co \left( NH _3\right)_4 Cl _2\right] Cl ?$
→
If the emissive and absorptive powers of a body are E and A respectively at temperature T, then the emissive power of a blackbody will be ____________.
→
If in ΔABC, $\sin \frac{B}{2} \sin \frac{C}{2}=\sin \frac{A}{2}$ and 2s is the perimeter of the triangle, then s is ______.
→
What is the angle between resultant of A + B and A x B.
→
What is IUPAC name of mesityl oxide?
→
The joint equation of pair of lines having slopes `1+sqrt2` and `1-sqrt2` and passing through the origin is ______.
→
How many middle layers are generally present in the wall of the anther lobes?
→
Which of the following elements has lowest tendency to form its oxide?
→
In the experiment to determine the internal resistance of a cell ($E_1$) using a potentiometer, the resistance drawn from the resistance box is 'R'. The potential difference across the balancing length of the wire is equal to the terminal potential difference (V) of the cell. The value of internal resistance (r) of the cell is ______
→
At 25°C, the emf of the following electrochemical cell.

$\ce{Ag_{(s)} | Ag^+ (0.01 M) | | Zn^{2+} {(0.1 M)} | Zn_{(s)}}$ will be:

(Given $\ce{E^0_{cell}}$ = −1.562 V)

→