scalar lol
The number of leaves on a tree is a scalar quantity, as it only involves a magnitude (count) without any direction. Scalars represent one-dimensional quantities with no directional aspects.
An evergreen tree is a solid form of matter. Its components are made up of solid structures such as wood, bark, leaves, and roots.
An apple tree gets energy through a process called photosynthesis, where it uses sunlight to convert carbon dioxide and water into glucose (sugar), which is used as energy for the tree. This process occurs in the tree's leaves.
Fruits and leaves are composed of matter and therefore have inertia. When you shake them, therefore, there is some inertial resistance, which can be sufficient to overcome their attachment to the tree.
No, a tree itself does not possess kinetic energy. Kinetic energy refers to the energy an object has due to its motion. A tree can store potential energy, such as when its branches are bent or its leaves are lifted up.
The number of leaves on a tree is a scalar quantity, as it only involves a magnitude (count) without any direction. Scalars represent one-dimensional quantities with no directional aspects.
On a mature healthy tree there are about 200,00 leaves
Because it is: * A property of physical objects * Something that can be measured (or calculated from other quantities) Hmm, it is certainly not a physical quantity that is unique to the object! Velocity is relative to some other object. Thus, the can he threw traveled at 12m/s relative to the tree but 220m/s relative to that car.
To accurately identify a 7 leaf tree, you can count the number of leaves on a branch or inspect the overall pattern of leaves on the tree. If you consistently find branches with 7 leaves, it is likely a 7 leaf tree.
The leaves of a mango tree would contain cells with the greatest number of chloroplasts. This is because chloroplasts are responsible for photosynthesis, and leaves are the main site of photosynthesis in plants.
I was pointing toward an apple up in the tree when a hummingbird approached from another vector.
The tree in question has a total of 12 branches, each branch containing 30 leaves. On each of these 30 leaves, there are 5 flowers. Therefore, the total number of flowers on this tree can be calculated by multiplying the number of branches by the number of leaves on each branch and then by the number of flowers on each leaf: 12 branches x 30 leaves x 5 flowers = 1,800 flowers on the tree.
IF EVERY NON-LEAF NODE IN A BINARY TREE HAS HAS NONEMPTY LEFT AND RIGHT SUBTREES, THE TREE IS TERMED AS A STRICTLY BINARY TREE. SUCH A TREE WITH n LEAVES ALWAYS CONTAINS 2n-1 NODES.
A Tulip Tree has the largest leaves.
Oak tree leaves do not eat.
The exact number of leaves that fall to the ground each year is impossible to count. This number is unknown. It is probably different from year to year because of planting and removing deciduous trees from forests.
The tree that has pink leaves is called the Pink Tabebuia tree.