Hi,

MSc Industrial Chemistry is a 2 year postgraduate course conducted by many universities and colleges in India. The course curriculum consists of four semesters divided into two years and has extensive scope in future due to its potentially packed syllabus.

The eligibility for this course includes a bachelor degree in relevant or related fields such as zoology, biochemistry, microbiology and biotechnology with a minimum score of 60% to gain admission in the following course program.

M.Sc. in Industrial Chemistry courses are generally merit based, however, certain colleges may conduct their own entrance examinations followed by an interview to allot admission to aspirants.

Hope this helps.

Wish you luck

Hello,

The eligibility criteria for  getting admission in BSc. Agriculture is the student to have completed 10+2 with a minimum of 50% aggregate marks from a recognized board with subjects like physics, chemistry, biology, and mathematics. Also, the aspirant must have completed English as a required language. Course Duration of Bachelor of Science [B.Sc] (Agriculture) is 4 Years. Average Fees for the course INR 2 - 2.5 LPA. And the employment role in this feild are Agriculturalist, Agricultural Research Scientist, Agriculture Development Officer, Assistant Plantation Manager, Agriculture Technician, etc.

ICAR AIEEA (All India Entrance Examination for Admission): This is a national level entrance test that is conducted to proceed with the admission of the students in various agricultural programs offered at different universities.

Hope this answer will help you,  kindly,  visit the following link for getting more detailed information :

https://www.careers360.com/courses/agricultural-science-course

Thank you  & Good luck!

Hello Aspirant,

Neet is  national eligibility cum entrance test conducted by National Testing Agency for admission to MBBS,Bds and other medical courses.  The test will be conducted on 13th September 2020. The exam is offline (pen and paper mode). There will be 180 questions from Physics, Chemistry, Biology to be attempted in 180 minutes (3 hrs.). For every correct answer attempted 4 marks will be awarded. 1 mark will be deducted for each incorrect answer. Important chapters of Biology are:-

Name of chapter.    Weightage out of 100

1.Human physiology.                     20%

2. Genetics and Evolution.            18%

3. Diversity of living organism.     14%

4. Ecology and environment.      12%

5. Reproduction.                             9%

Important chapters of Physics are

1. Optics.                                      10%

2. Electronic devices.                   9%

3. Electrostatics.                          9%

4. Thermodynamics.                   9%

5. Current electricity.                   8%

6. Electromagnetic induction      8%

and alternating current

Important chapters of Chemistry are

1. Thermodynamics.             9%

2. Alcohols, phenols.             8%

and Ether

3. Equilibrium.                       6%

4. Solutions.                           5%

5. Chemical bonding.            5%

and molecular structure

6. Electrochemistry.               4%

For more information you can visit  NEET Rank Predictor

https://medicine.careers360.com/neet-rank-predictor?utm_source=qna&utm_medium=neet_rp

For more information you can visit NEET College Predictor

https://medicine.careers360.com/neet-college-predictor?utm_source=qna&utm_medium=neet_cp

I hope this information helps you.

Good Luck!!

Hi,

There are bio-related graduation courses in IITs. You can choose these courses only if you have the combination of subjects in class 11th and 12th i.e., Physics + Chemistry + Biology  + Mathematics. The branches offered in IITs regarding bio-related will be Bioscience, Bioengineering, Biotechnology and Bio-chemical Engineering.

Hope it helps!

Mass is not conserved in chemical reactions. The fundamental conservation law of the universe is the conservation of mass-energy. This means that the total mass and energy before a reaction in a closed system equals the total mass and energy after the reaction. According to Einstein's famous equation, E = mc2, mass can be transformed into energy and energy can be transformed into mass. This is not some exotic process, but in fact happens every time there is a reaction. Mass is therefore never conserved because a little of it turns into energy (or a little energy turns into mass) in every reaction. But mass+energy is always conserved. Energy cannot be created out of nothing. It can only be created by destroying the appropriate amount of mass according to E = mc2. Between mass and energy, energy is the more fundamental property. In fact, modern physicists just consider mass an alternate form of energy. For this reason, they don't usually call it the "Law of Conservation of Mass/Energy" but rather call it the "Law of Conservation of Energy" with the implication that this statement includes mass.

The core of a pencil does not contain lead and never has. Pencils contain a form of solid carbon known as graphite. According to the book The Pencil by Henry Petroski, the graphite pencil was first developed and popularized in the 1600's. The first users of graphite simply dug this mineral out of the hills and discovered it could be sawed into sticks and used as an excellent writing tool. During the 1600's, no one knew the chemical nature of this material, as chemistry itself was still in its infancy. Since this writing material behaved similar to metallic lead, but had a darker color, people began calling it "black lead". Eventually, the name of the core of the pencil got shortened to "lead". In 1779, German chemist K. W. Scheele finally determined pencil lead to be composed of pure carbon. A decade later, A. G. Werner decided that this carbon material needed a new name and proposed the name "graphite" based on the Greek word "graphein" which means "to write". Black-core pencils currently contain and have always contained graphite, not lead.

On its own, ice is not slippery. When you step onto an icy sidewalk, you do indeed feel a slippery surface. But the slipperiness is caused by a thin layer of liquid water and not directly by the solid ice itself. Water on a smooth surface is slippery because water is a low-viscosity liquid. As such, there are no permanent intermolecular bonds in liquid water, and the transient intermolecular bonds are weak. This means that water molecules can move about freely, slide past each other easily, and fill any microscopic holes or cracks that would snag an object.

Objects always fuse to your finger when you touch them. You often don't notice this for two reasons: 1) Your finger is stronger than the object you are touching. When you pull away, you rip atoms off the object and these atoms remain fused to your finger as a microscopic residue. 2) Your finger is stronger than the bonds fusing you to the object. When you pull away, you simply break the bonds holding you to the object. If you notice this at all, you experience it as a sticky feeling when you pull your finger off of a substance.