Question

How can you experimentally demonstrate the transportation of water in plant ?​

Answer 1

Explanation:

by dipping a stem cut of rose in water mixed with coloured ink for 1 day. the water mixed with water will be tranported to all parts and it will be shown in the veins.

Answer 2

Answer:

$\huge{ \underline{ \mathtt{ \red{ ☆A} \pink{N} \green{S} \blue{W} \purple{E} \orange{R}}}}$

Explanation:

Materials

Three small, thin-leafed plants

Three small, broad-leafed plants

Small watering can

Scale

6 plastic bags large enough to fit completely around each plant pot

Masking tape

Procedure

Get six small plants, three with wide leaves and three with narrow leaves. Use the masking tape and pen to give each one a number.

Water the plants until water comes out of the bottom of the pot. If the plants are really dry when you start, water them thoroughly and wait a few minutes. Then, water them again. When the water has soaked in and the pot is full of water like a squishy sponge, it’s time to weigh the plants. Create a table that shows how much each plant weighs before and after the experiment.

Results

During your transpiration experiment, the plants will lose water, even though they are in the bags. The broad-leafed plants will lose a little more than the thin-leafed plants, but depending on the size of the plant, it may not be measurable.

You probably water the plants in your house so that they’ll stay healthy—so if plants need water, then why do they lose it? Transpiration happens in part because plants need to breathe. Plants need to take in carbon dioxide, and to do this, they need to open their stomata. When this happens, water comes out. You’ve probably experienced this when you breathe as well: on a cold day, you can even see the water from your breath as it makes clouds in the air.

Transpiration also helps plants by cooling them down, much like how sweating helps us regulate our body temperatures. Transpiration also plays a big role in helping water move around the plant by changing the water pressure in plant cells. This helps minerals and nutrients move up the plant from the roots.

keep smiling:)

thanks for asking;)