Home
Class 11
BIOLOGY
A fungus whose extract of sclerotia can ...

A fungus whose extract of sclerotia can be chemically altered to produce powerful hallucinogenic drug (LSD) is

A

Claviceps purpurea

B

Aspergillus flavus

C

Amanita caesarea

D

Psilocybe mexicana

Text Solution

Verified by Experts

The correct Answer is:
A
Promotional Banner

Topper's Solved these Questions

  • EXCRETORY PRODUCTS AND THEIR ELIMINATION

    TRUEMAN BIOLOGY|Exercise MULTIPLE CHOICE OUESTIONS|200 Videos
  • LOCOMOTION AND MOVEMENTS

    TRUEMAN BIOLOGY|Exercise Multiple choice question|199 Videos

Similar Questions

Explore conceptually related problems

A vacuum flask contain 0.3 kg of liquid paraffin whose temperature can be increased at the rate of 1^(@)C per minute using an immersion heater of power 12.3W. When a 19.2 W heater is used to heat 0.4 kg of liquid paraffin, in same flask, the rate of rise of temperature is 1.2^(@)C per minute. Find the specific heat of paraffin and the thermal capacity of the flask.

A vacuum flask contains 0.4 kg liquid paraffin whose temperature can be increased at the rate of 1^(@)C per minute using an immersion heater of power 12.3 W. When a heater of 19.2 W is used to heat 0.5 kg of liquid paraffin, in the same flask, the rate of rise temperature is 1.2^(@)C per minute. What is specific heat of the paraffin?

Synthetic detergents have advantage over usual soaps as far as cleansing power is concerned. But use of synthetic detergents over a long time creates environmental pollution. How can the pollution caused by synthetic detergents be minimised? Classify the detergents according to their chemical nature.

How can you separate benzoic acid and nitro benzene from their mixture by the technique of extraction using an approprite chemical reagent?

The objective of a compound microscope whose magnifying power is 100, produces a magnification 5. The magnification produced by the eye- piece is

The distance between an object and a screen is 2m. Can an image of an object be obtained bn the screen with the help of a convex lens whose power is 1.25D?