![The algae. Algae. Fig. 87 Spermatochnus paradoxus. A, plant ( x 0-44). B, apex of young plant showing origin of cortication. C, portion of old thallus showing structure, a = assimilator, The algae. Algae. Fig. 87 Spermatochnus paradoxus. A, plant ( x 0-44). B, apex of young plant showing origin of cortication. C, portion of old thallus showing structure, a = assimilator,](https://c8.alamy.com/comp/RPX7BX/the-algae-algae-fig-87-spermatochnus-paradoxus-a-plant-x-0-44-b-apex-of-young-plant-showing-origin-of-cortication-c-portion-of-old-thallus-showing-structure-a-=-assimilator-c=-cortical-cells-c-=-central-filament-h-=hair-m-=-mucilage-d-portion-of-thallus-showing-cor-tication-and-pairs-e-paraphyses-and-tmilocular-sporangia-x-200-a-e-after-newton-b-d-after-oltmanns-life-qcle-has-not-yet-been-worked-out-but-if-it-is-at-all-comparable-with-the-other-closely-related-genera-then-the-zooids-should-give-rise-to-a-microscopic-gametophyte-generation-notheiaceae-not-RPX7BX.jpg)
The algae. Algae. Fig. 87 Spermatochnus paradoxus. A, plant ( x 0-44). B, apex of young plant showing origin of cortication. C, portion of old thallus showing structure, a = assimilator,
![line AE and line DF are parallel. If m∠ABG = 11x and m∠HCF = 10x + 9, what is m∠ABG? 102° 99° 81° - Brainly.com line AE and line DF are parallel. If m∠ABG = 11x and m∠HCF = 10x + 9, what is m∠ABG? 102° 99° 81° - Brainly.com](https://us-static.z-dn.net/files/d45/f094e9fc939f15fbc838d901b41db5f2.png)
line AE and line DF are parallel. If m∠ABG = 11x and m∠HCF = 10x + 9, what is m∠ABG? 102° 99° 81° - Brainly.com
![SOLVED: A plane cruising at an altitude of 2.4 km starts descending so that its altitude decreases at the rate 130 m/min. Find the equation for its altitude h (in m) as SOLVED: A plane cruising at an altitude of 2.4 km starts descending so that its altitude decreases at the rate 130 m/min. Find the equation for its altitude h (in m) as](https://cdn.numerade.com/ask_previews/909da1ae-fb78-4489-807e-7c62a8828a70_large.jpg)
SOLVED: A plane cruising at an altitude of 2.4 km starts descending so that its altitude decreases at the rate 130 m/min. Find the equation for its altitude h (in m) as
![Monogram design elements, graceful template. Calligraphic elegant line art logo design. Letter emblem B, A, E, T, R, L, H, W, M for Royalty, business card, Boutique, Hotel, Heraldic, Jewelry. Vector Stock Monogram design elements, graceful template. Calligraphic elegant line art logo design. Letter emblem B, A, E, T, R, L, H, W, M for Royalty, business card, Boutique, Hotel, Heraldic, Jewelry. Vector Stock](https://as2.ftcdn.net/v2/jpg/01/01/98/97/1000_F_101989743_C4qeU7dN0qErhmZDdGGnxWxxppD7m9No.jpg)
Monogram design elements, graceful template. Calligraphic elegant line art logo design. Letter emblem B, A, E, T, R, L, H, W, M for Royalty, business card, Boutique, Hotel, Heraldic, Jewelry. Vector Stock
![SOLVED: In each of the following, eliminate the arbitrary constants. h [Iy=m+ h iS a parameter mto be eliminated In [2Jy=Ae" +Bxe? [ly =sin ( + A) [4Jy=e+ee +0,0 SOLVED: In each of the following, eliminate the arbitrary constants. h [Iy=m+ h iS a parameter mto be eliminated In [2Jy=Ae" +Bxe? [ly =sin ( + A) [4Jy=e+ee +0,0](https://cdn.numerade.com/ask_images/d07d00f6a0764b4f80c75ea9ee48bb14.jpg)