Sanganer

Ayushi Sharma replied | 2 days ago

🔹 1. Production Decisions

High demand for a product or service encourages businesses to increase production to meet consumer needs.

Low demand may lead companies to reduce output or stop production to avoid losses.

🔹 2. Pricing Decisions

When demand is high and supply is low, prices tend to rise.

When demand is low, sellers may reduce prices to attract buyers.

🔹 3. Investment Decisions

If there's strong demand in a particular industry (e.g., electric vehicles), businesses and investors are more likely to invest money in that sector.

🔹 4. Employment Decisions

High demand for goods/services leads to more hiring to meet production or service needs.

Low demand may result in layoffs or reduced hiring.

🔹 5. Government Policies

The government often monitors demand to make policy decisions like:

Reducing interest rates to boost demand.

Increasing spending or offering subsidies in sectors where demand is weak.

🔹 6. Resource Allocation

Demand helps determine where resources (land, labor, capital) should be directed.

For example, a rise in demand for organic food will lead to more land and labor used in organic farming.

Ankita Singh replied | 20 hrs ago

Demand in an economy determines the scope for any particular product in the market. Excess demand in an economy leads to higher scope for production increasing investment in that particular product whereas deficient demand leads to lowering investment in that product decreasing production.

Neha replied | 23 Jul

The cell cycle consists of two main phases: Interphase and M phase. Interphase is the preparation phase where the cell grows and gets ready to divide. It includes three parts: G₁ phase (the cell grows and makes proteins), S phase (DNA is replicated so each chromosome has two copies), and G₂ phase (the cell prepares all necessary components for division). The M phase is the division phase and includes four stages: Prophase (chromosomes condense and spindle fibers form), Metaphase (chromosomes align at the cell's center), Anaphase (sister chromatids are pulled apart to opposite poles), and Telophase (nuclear membranes reform and the cell starts to split). This entire process ensures that the daughter cells get the correct amount of genetic material.

Reena replied | 17 hrs ago

The cell cycle consists of 2 main phases; 

1 Interphase - interphase divided into G1,S,G2 phases

(a)-G1 Phase-the cell grows and carries out normal metabolic activities.

(b)-S phase-DNA replication occurs and creating 2 copies of each chromosome.

(c)-G2 phase-the cell continues to grow and prepares for cell division.

M phase (mitosis)-

1 - prophase-chromosomes condense, the nuclear envelope breaks down and the spindle apparatus begins to form.

2- Metaphase- chromosomes align at the cell's equator and attached to spindle fibers.

3-Anaphase-sister chromatids separate and move towards opposite poles of the cell.

4-Telophase-chromosomes arrive at the poles and the nuclear envelope reforms and the cell  begins to pinch in preparation for division.

Cytokinesis - the cytoplasm divides and resulting in 2 daughter cells.

Neetu Chandel replied | 3 days ago

1) Valency of carbon:

Carbon has a valency of 4.

(Carbon atom has 4 electrons in its outermost shell, so it needs 4 more electrons to complete its octet. Hence, it is tetravalent.)

(2) Property of carbon that leads to forming long chain compounds:

The property is called catenation.

(Catenation is the ability of carbon to form bonds with other carbon atoms, resulting in long chains, branched chains, and even ring structures.)

Valency of carbon: 4 (tetravalent)

Property leading to long chain compounds: Catenation

Shibaram Mahapatra replied | 3 days ago

The valency of carbon is 4 and the property that makes it to form long chain is catenation.