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What is the difference between odd pinnate and even pinnate?
Odd-pinnate leaves have an odd number of leaflets arranged in a row along the leaf stalk, typically with a terminal leaflet. Even-pinnate leaves have an even number of leaflets arranged in pairs along the leaf stalk, without a terminal leaflet.
Pictures of plants that grow from stem?
Plants that grow from stems include pothos, spider plant, jade plant, and African violet. These plants produce new growth from the nodes along their stems, allowing them to spread and thrive. It's important to provide proper care in terms of light, water, and nutrients for optimal growth.
What is the odd one pine oak violet rhododendron ash?
Oh, what a lovely mix of trees and flowers you've mentioned! Each one is unique and special in its own way, just like you. Remember, nature is full of diversity and beauty, and it's okay to stand out from the crowd like the odd one. Just keep being your wonderful self and let your uniqueness shine bright like a rhododendron in full bloom.
Which is the odd one out muscle cell palisade cell root hair cell or xylem cell?
root hair cells have long thin extensions that allow them to grow easily between the soil particles. palisade cells have a large number of chloroplasts in them to trap as much light energy as possible.
How many type of texture do leaves have?
There are three main types of venation in leaves:In parallel - veined leaves, the veins run parallel to each other. This condition is characteristic of the monocotyledoneae. Parallel veins may run lengthwise on the leaf, as in Eucharis grandiflora (Amazon lily), or they may be parallel, but directed outward from the midrib to the margin (penniparallel).Pinnately - veined leaves have a single primary vein or midrib, from which smaller veins branch off, like the divisions of a feather. Examples are Eriobotrya japonica(loquat) and Camellia japonica (camellia).Palmately - veined leaves have several principal veins radiating from the base of the leaf blade, as in Acer rubrum (red maple) and Carica papaya (papaya).Leaf FormsLinear - narrow, several times longer than wide, and essentially of the same width throughout.Lanceolate - much longer than wide and tapering towards the apex from a broader base.Oblanceolate - much longer than wide, tapering towards the base instead of the apex (the opposite of lanceolate).Oblong - nearly twice as long as broad, with the sides nearly or parallel most of their length.Elliptic - oblong, broadest in the middle with the two ends narrowing.Ovate - egg-shaped, with the broadest part near the base.Obovate - opposite of ovate, with the narrower part near the base.Cuneate - wedge-shaped, broad at the tip and tapering by nearly straight lines to an acute angle at the base.Spatulate - oblong but tapering to a narrow base; spoon-shaped.Sagittate - arrow-shaped; lobes at base acute and pointing downward, while the main body tapers upward to a point.Leaf BasesCordate - heart-shaped.Reniform - kidney-shaped; like cordate but rounder and broader than long.Auriculate - a small pair of projections, or ears, usually at the base.Hastate - halberd-shaped; lobes at base pointed and narrow and nearly at right angles to petiole.Oblique - slanting, unequal-sided.Leaf TipsAcuminate - prolonged into a narrowed or tapering point.Acute - ending in an acute angle, but not a prolonged point.Obtuse - blunt or rounded apex.Truncate - square end that looks cut off.Emarginate - indented or notched.Obcordate - inversely heart-shaped; an obovate leaf which is much more deeply notched at the tip.Cuspidate - tipped with an elongated sharp or rigid point.Mucronate - abruptly tipped with a small, short point; like a mere projection of the midrib.Leaf Edges/MarginsEntire - even line, without teeth, notches, or lobes.Serrate - cut into sharp, saw-like teeth pointing forward.Dentate - toothed, teeth point outward instead of forward and are large.Crenate - teeth are short and rounded; also called scalloped.Undulate - margin of the leaf forms a wavy line, bending slightly inward and outward in succession.Sinuate - like undulate, margin is very wavy (sinuous).Incised - cut into sharp, deep, and irregular teeth or incisions.Lobed - incisions do not extend deeper than halfway between the margin and the center of the blade and are rounded.Cleft - incisions extend more than halfway between the margin and the center of the blade, and are sharper.Deeply Lobed - incisions are even deeper, but not quite to the midrib or base of the blade.Leaf DivisionsSimple - blade is of one piece, as in Camellia japonica . It may still be simple and be lobed or cleft, as in Hibiscus rosa-sinensis (hibiscus), Quercus shumardii(Shumard oak), and Acer rubrum (red maple).Compound - blade is made up of a number of separate leaflets. The two principal types of compound leaves are pinnate and palmate:Pinnate - leaflets or pinnae are arranged on the sides of the main leaf stalk. Examples are Nephrolepsis exaltata 'Bostoniensis' (Boston sword fern), Roystonea regia (Cuban royal palm), and Zamia floridana(coontie).Odd Pinnate - pinnate with an odd number of leaflets; has an end leaflet. Examples are Schinus terebinthifolius(Brazilian pepper), Wisteria sinensis (wisteria), Tecomaria capensis (Cape honeysuckle), and Koelreuteria elegans (golden-rain tree).Even Pinnate - pinnate with an even number of leaflets; no end leaflet. Examples are Senna alata (candle bush) and Tamarindus indica (tamarind).Bi-pinnate - leaflets are twice pinnate (the primary pinnae or leaflets are again divided into secondary leaflets), such as in Albizzia julibrissin (mimosa), Delonix regia(royal poinciana), Melia azedarach (chinaberry), and Jacaranda spp. (jacaranda).Palmate - the leaflets are attached directly to the end of the petiole and extend outward much like fingers in a palm. Examples are Schefflera actinophylla (Australian umbrella tree) and Parthenocissus quinquefolia (Virginia creeper).Leaf Arrangements on StemAlternate - one leaf at each node, as in Hibiscus rosa-sinensis (hibiscus), Brunfelsia australis (yesterday-today-and-tomorrow), and Citrusspp. (citrus).Opposite - two leaves at each node, always on opposite sides of the stem. Examples are Catharanthus roseus(periwinkle), Ixora coccinea (ixora), and Viburnum odoratissimum (sweet viburnum).Whorled - more than two leaves at a node spaced around the stem, as in Nerium oleander (oleander) and Macadamia spp. (macadamia).Leaf AttachmentsPetiolate - petiole (leaf stalk) is present, examples are Hibiscus rosa-sinensis (hibiscus) and Quercus spp. (oaks).Sessile - attached directly to the main stem or branch without a petiole, as in Podocarpus macrophyllus(Japanese yew) and Gloriosa superba 'Rothschildiana' (gloriosa lily).Peltate - petiole attached to the lower surface of the leaf instead of at the base or margin, as in Tropaeolum majus (garden nasturtium).Clasping - leaf partially encircles the stem, as in Calendula officinalis (calendula).Sheathing - base of the leaf is wrapped around the stem like a grass leaf, as in Zea mays (corn) and Zingiber spp. (ginger).Decurrent - leaf base extends downward to form a wing or ridge along the stem, as in Psidium guajava(guava).Winged petiole - petiole has a leaf-like or membrane-like extension along its length, as in Citrus x paradisi (grapefruit).Winged rachis - compound leaf stem with a membrane-like extension on both sides of the rachis, as in Rhus copallinum (winged sumac).Stipule TypesSimple - stipules located on the sides of the petiole, as in Hibiscus rosa-sinensis (hibiscus).Adnate - stipules which adhere to the sides of the petiole, as in Trifolium spp. (clover) and Rosa spp. (rose).Leafy - green, leaf-like stipules which serve as foliage, as in Pisum sativum (pea) and Delonix regia(royal poinciana).Other Leaf TypesNeedle-shaped leaves - such as those in Pinus spp. (pines).Needle-like leaves - margin of the leaf is so strongly rolled backward that the leaf appears tubular, such as in Ceratiola ericoides (Florida rosemary).Awl-shaped and scale-like leaves - very reduced leaves, as in Platycladus orientalis (arbor vitae), Taxodium ascendens (pond cypress), and adult Juniperus silicicola (red cedar).Leaf TexturesSucculent - juicy, fleshy, soft, and thickened in texture.Scabrous - rough to the touch; texture of sandpaper.Coriaceous - leather-like, tough.Smooth (glabrous) - surface is not hairy, rough, pubescent, or scabrous.Downy - covered with very short, weak, and soft hairs.Pubescent - hairy.Canescent - covered with gray or white soft hairs as in Leucophyllum frutescens (Texas sage).Tomentose - covered with matted, woolly hairs.Hirsute - pubescent with coarse, stiff hairs.Hispid - rough with bristles, stiff hairs, or minute spines.
What grows of the stem of a plant?
Branches grow from the stem,in an odd way.
How will you know that the root of a given number is even or odd?
Assuming you know that your number is a perfect square, the square root of an even number is even, and the square root of an odd number is odd.
How do you find odd square root?
Look for odd squares. Multiplying odd numbers results in an odd product.
Is the square root of 75 even or odd?
Only whole numbers are even or odd, and the square root of 75 is not a whole number.
Is the square root of 21 even or odd?
The square root of 21 is not an integer. The concepts of "even" vs. "odd" is only defined for integers.
What is the real number root of -3.24?
Any odd root, for example the cube root, of -3.24 is a real number.
What is the odd cube number of 1728?
1728 is even so it cannot have an odd cube root.
What is traditional Hungarian funeral flower?
An odd number of carnations.
How Do You Find The Square Root of Odd Numbers?
The procedure is the same whether the number is even or odd. There is no separate procedure for odd numbers.
What is the shape of the hickory leaf?
An odd shaped leaf, with many tips, size depends on the age of the tree which it came from
What is the sqare root of 57487636521578?
Odd question!7582060.1765996291781238195259044
How do you use stem and leaf plot to find the median?
To find the median using a stem-and-leaf plot, first, organize the data by identifying the stems (the leading digits) and the leaves (the trailing digits). Count the total number of data points to determine the position of the median. If the number of data points is odd, the median is the middle value; if it's even, the median is the average of the two middle values. Locate these values in the plot to find the median.
