Is a complete flower perfect

Answer 1

Basic Rose Facts:

Roses are plants and the type of plant is called a flower.

The flowers of rose plants have sepals, petals, stamens, and pistils.

The rose flower is termed "complete" because all four structures are present.

The rose flower is termed "perfect" because it has both male (stamen) and female (pistil) reproductive parts.

Also:

Perfect flowers also termed bisexual whether they have sepals or petals.

Bisexual flowers are also said to be hermaphroditic.

All complete flowers are therefore perfect and bisexual and hermaphroditic.

Naturally evolved roses generally have five sepals, five petals and many spirally arranged stamens.

Domestic roses have additional petals that were bred from the stamens and may number over 50.

Roses have several to many pistils.

A rose is a woody perennial of the genus Rosa, within the family Rosaceae.

Rose flowers are actinomorphic (i.e. radially symmetrical) and almost always hermaphroditic.

In roses, the bases of the sepals, petals, and stamens are fused together to form a characteristic cup-like structure called hypanthium.

Answer 2

Short:

A complete flower has all four components: petals, sepals, pistil and stamen.

A perfect flower has both male (stamen) and female (pistil) reproductive parts. Therefore all complete flowers are perfect, but not all perfect flowers are complete.

More and Better:

A flower having sepals, petals, stamens, and pistils is complete; lacking one or more of such structures, it is said to be incomplete.

Stamens and pistils are not present together in all flowers. When both are present the flower is said to be perfect, or bisexual, regardless of a lack of any other part that renders it incomplete.

Bisexual or perfect flowers have both male (androecium) and female (gynoecium) reproductive units, including stamens, carpels, and an ovary.

Flowers that contain both androecium and gynoecium are called androgynous or hermaphroditic.

Examples of plants with perfect or bisexual flowers include the lily, rose, and most plants with large showy flowers, though perfect flower does not have to have petals or sepals.

A complete flower is a perfect flower with petals and sepals.

A flower is termed unisexual flower if it is either functionally male or functionally female, but not both. A whole plant may be of only one type or a plant may have both male and female flowers

Some plants have bisexual flowers but the pollen is produced before the stigma of the same flower is receptive of pollen, these are described as protandrous flowers.

Answer 3

Short:

A complete flower has all four components: petals, sepals, pistil and stamen.

A perfect flower has both male (stamen) and female (pistil) reproductive parts. Therefore all complete flowers are perfect, but not all perfect flowers are complete.

More and Better:

A flower having sepals, petals, stamens, and pistils is complete; lacking one or more of such structures, it is said to be incomplete.

Stamens and pistils are not present together in all flowers. When both are present the flower is said to be perfect, or bisexual, regardless of a lack of any other part that renders it incomplete.

Bisexual or perfect flowers have both male (androecium) and female (gynoecium) reproductive units, including stamens, carpels, and an ovary.

Flowers that contain both androecium and gynoecium are called androgynous or hermaphroditic.

Examples of plants with perfect or bisexual flowers include the lily, rose, and most plants with large showy flowers, though perfect flower does not have to have petals or sepals.

A complete flower is a perfect flower with petals and sepals.

A flower is termed unisexual flower if it is either functionally male or functionally female, but not both. A whole plant may be of only one type or a plant may have both male and female flowers

Some plants have bisexual flowers but the pollen is produced before the stigma of the same flower is receptive of pollen, these are described as protandrous flowers.

Answer 4

Short:

A complete flower has all four components: petals, sepals, pistil and stamen.

A perfect flower has both male (stamen) and female (pistil) reproductive parts. Therefore all complete flowers are perfect, but not all perfect flowers are complete.

More and Better:

A flower having sepals, petals, stamens, and pistils is complete; lacking one or more of such structures, it is said to be incomplete.

Stamens and pistils are not present together in all flowers. When both are present the flower is said to be perfect, or bisexual, regardless of a lack of any other part that renders it incomplete.

Bisexual or perfect flowers have both male (androecium) and female (gynoecium) reproductive units, including stamens, carpels, and an ovary.

Flowers that contain both androecium and gynoecium are called androgynous or hermaphroditic.

Examples of plants with perfect or bisexual flowers include the lily, rose, and most plants with large showy flowers, though perfect flower does not have to have petals or sepals.

A complete flower is a perfect flower with petals and sepals.

A flower is termed unisexual flower if it is either functionally male or functionally female, but not both. A whole plant may be of only one type or a plant may have both male and female flowers

Some plants have bisexual flowers but the pollen is produced before the stigma of the same flower is receptive of pollen. These are described as protandrous flowers.

Answer 5

Yes, a complete flower is considered perfect because it has all four floral organs: sepals, petals, stamens, and carpels. This means it contains both male (stamens) and female (carpels) reproductive structures, allowing for sexual reproduction to occur within the same flower.

Answer 6

Having all of the parts on a plant will help contribute to having a complete flower. Complete flowers have petals, pollens, and a scent.

Answer 7

A perfect flower contains both male and female reproductive parts. if a perfect has petals and sepals , it is also then a complete flower

Answer 8

A complete flower has calyx, corolla, androecium & gynoecium.