Put the steps of zygomycete sexual reproduction in the right order. Start with the production of multinucleate gametangia at the top. Instructions Choice 1 of 5. Gametangia fuse. toggle button Gametangia fuse.
Choice 2 of 5. Karyogamy occurs and the zygosporangium develops. toggle button Karyogamy occurs and the zygosporangium develops.
Choice 3 of 5. Meiosis occurs to produce haploid spores. toggle button Meiosis occurs to produce haploid spores.
Choice 4 of 5. Hyphae produce multinucleate gametangia. toggle button Hyphae produce multinucleate gametangia.
Choice 5 of 5. A dark, thick-walled zygospore develops. toggle button A dark, thick-walled zygospore develops.

Choice 4 of 5. Hyphae produces multinucleate gametangia

Choice 1 of 5. Gametangia fuse

Choice 2 of 5. Karyogamy occurs and zygosporangium develops

Choice 5 of 5. A dark, thick-walled zygospore develops

Choice 3 of 5. Meiosis occurs to produce haploid spores

Explanation:

The steps of zygomycota sexual reproduction are;

Germination step; Hyphae produces multinucleate gametangia

Plasmogamy step; Gametangia fuse when compatible mating types of mycelia are brought close to each other by the formation gametangia between

The fusion of the nuclei results in the formation of zygosporangium that has multiple haploid nuclei and a thick wall

Karyogamy step; A zygote having multiple diploid nuclei is formed by the fusion of nuclei

Germination and Meiosis step; The sporangia grows and haploid spores are produced

Therefore, we have;

Choice 4 of 5. Hyphae produces multinucleate gametangia

Choice 1 of 5. Gametangia fuse

Choice 2 of 5. Karyogamy occurs and zygosporangium develops

Choice 5 of 5. A dark, thick-walled zygospore develops

Choice 3 of 5. Meiosis occurs to produce haploid spores

wha is what i will use to get my free points

when the displaced particles are perpendicular to the direction the wave travels, is called a transverse wave, whereas in longitudinal wave the displace practices are parallel to the direction of the wave.

in the given image:

first image shows - longitudinal wave

second image shows - transverse wave

third image shows - longitudinal wave

fourth image shows - longitudinal wave