because of collenchyma.
tap root Edited answer: No, paddy has fibrous roots being a monocot plant.
No, paddy is not a flowering plant. Paddy is a term used to describe rice plants when they are still in the field before being harvested. Rice plants do produce flowers and grains, but we usually refer to them as rice plants or rice paddies, not paddy as a separate type of plant.
Whiplash is a condition in which there is pain and stiffness from strain to the neck. The main symptoms of whiplash are:Pain or stiffness in the neckPain between shoulder bladesPain in the lower backDizzinessRinging in the earsFatigue or sleep disturbancesPain or numbness in hand or armHeadachesDifficulty concentration or memory loss
Paddy, also known as rice, is a monocot. Monocots have one seed leaf (cotyledon) when it germinates, while dicots have two.
Transplantation of paddy is the process of moving young paddy seedlings from a seedbed to a rice field for the purpose of further growth and development. This method allows for better spacing of plants, reduces competition for nutrients and sunlight, and helps in achieving higher yields. It is a common practice in rice cultivation to ensure healthy and uniform crop growth.
yes
yes
The mushrooms can be harvested 10-14 days after the paddy straw has been put down. Once they show up, they must be harvested within 2-3 days.
A thin straw will allow water to flow more slowly due to its narrower opening, while a thick straw will allow water to flow more quickly due to its wider opening. The thin straw will create more resistance to the flow of water compared to a thick straw.
I have stiffness in the left arm and hand where my fingers lock-up. It was due to a stroke.
When a straw meets water, the water molecules are attracted to the straw due to the force of surface tension. This attraction pulls the water up the sides of the straw, causing it to bend as it follows the shape of the straw.
When you press the top of the straw with your thumb, you create a seal which prevents air from entering the straw. The pressure inside the straw increases, causing the water to remain inside the straw due to the force of gravity and the seal created by your thumb.
Capillary action is the phenomenon where water climbs up a straw due to adhesion to the straw's surface, pulling the water along with it. This occurs because the adhesive forces between water and the straw are stronger than the cohesive forces within the water molecules.
The straw moved up and down in a homemade barometer due to changes in atmospheric pressure. When the pressure increased, the liquid in the bottle pushed the straw up. When the pressure decreased, the straw moved down due to the weight of the atmosphere pressing down on the liquid in the bottle.
No, straw floats in water because it is less dense than water due to the empty spaces within the straw's structure. The air trapped within the straw makes it buoyant and causes it to float on the surface of the water.
When you rub a plastic straw with polythene, the plastic straw becomes negatively charged due to the transfer of electrons between the materials. Electrons are transferred from the polythene to the plastic straw, leaving the straw with a negative charge.
Rubbing a straw against your body transfers electrons from your body to the straw, giving the straw a net negative charge due to an excess of electrons. This charge imbalance can cause the straw to attract lightweight objects like small pieces of paper or dust.