Like all other plants' root the function of watermelon root is absorption and anchorage. Watermelon plants have week stem hence these are creepers on the ground.
The function of the root in the coconut is the same as in most plants, it anchors the plant to the soil and provides a means (through the root system) to absorb water and nutrients from the soil.
They live in the root nodules of leguminous [pea] Plants, and they perform the crucial function of taking inorganic N2 [from Our Atmosphere] and transforming that into biologically useful NO2!
The structure of a fungus that is similar to the root of a plant is the mycelium. Mycelium is made up of a network of thread-like hyphae that function in nutrient absorption and anchoring, just like roots in plants.
Sucrose's function in plants are that they are a major component in the structure tough walls of plants :) Hope this helped
Like all other plants' root the function of watermelon root is absorption and anchorage. Watermelon plants have week stem hence these are creepers on the ground.
Like all other plants' root the function of watermelon root is absorption and anchorage. Watermelon plants have week stem hence these are creepers on the ground.
Anchorage
Provide support to weak plants
its the nutrients in the plants OJ :)poop
mi nuh know
To reach into the soil and get water and nutrients for the plant, which helps it grow
the function of that is the inverse function of the exponential growth of an animal cell. square root that and multiply it by 2, then ull get ure answer.
The growth tissue behind the root tip in plants is called the meristem. Its function is to continuously produce new cells for root growth and development.
You use the output of the first function as the input of the second function. For example, if your functions are sin() (the sine function) and root() (the square root function), you can combine them as:sin(root(x)) or: root(sin(x))
If the turning point of a quadratic function is on the x-axis, it means the vertex of the parabola touches the x-axis, indicating that the function has exactly one root. This occurs when the discriminant of the quadratic equation is zero, resulting in a double root at the turning point. Therefore, the function has one real root.
Yes, but in this case, the coefficients of the polynomial can not all be real.