Answer:
Hello sir or m'am, the answer you are looking for is rotate the picture. Think of rotation as 360 degrees. Try rotating your picture in an editing software, to get the answer your looking for. I can read it Tagg it says more than that try rotating your picture in an editing software. Thank you for participating in brainly. Your questions are appreciated.
Explanation:
Answer:
forbids government and private citizens from harming endangered and threatened species or their habitats
-ESA forbids trade in products made from species that are on the list
-requires the U.S Fish and Wildlife Service to maintain the official list of endangered and threatened organisms, and to develop recovery plans for each protected species.
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Answer:
- time: 1.122 seconds
- range: 10.693 m
- maximum height: 1.543 m
Explanation:
<u>Given</u>:
runner is launched at 30° angle to horizontal at 11 m/s
acceleration due to gravity is g = -9.8 m/s²
<u>Find</u>:
runner's hang time
runner's distance to the landing point
runner's maximum height
<u>Solution</u>:
The (horizontal, vertical) speed components will be ...
(11 m/s)(cos(30°), sin(30°)) = (5.5√3 m/s, 5.5 m/s)
The time of flight can be found from the height formula:
h(t) = 1/2gt² +vt . . . . . . where v is the vertical speed at launch
The time we're concerned with is the time when h(t)=0 and t>0.
0 = -4.9t^2 +5.5√3t = t(-4.9t +5.5√3)
The second factor is zero when ...
t = (5.5√3)/4.9 ≈ 1.122 . . . seconds hang time
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The distance to the landing point will be the product of horizontal speed and hang time:
d = (5.5 m/s)(5.5√3/4.9 s) ≈ 10.693 m . . . . distance to landing
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The maximum height can be found from the formula (based on conversion of kinetic energy to potential energy) ...
h = v²/|2g| = (5.5 m/s)²/(2(9.8 m/s²)) ≈ 1.543 m . . . . maximum height
Answer:
Explanation:
they enter a cell through the cell wall
Answer:
Archaeplastida
Explanation:
Archaeplastida is a supergroup that includes Rhodophyta, Chlorophyta and Viridaeplanta. Rhodophyta includes red algae, Chlorophyta includes green algae while Viridaeplanta includes all the land plants. All of these are the autotrophic organisms and have chlorophyll pigments to perform photosynthesis. Chlorophyll a and b are common to all the members of Archaeplastida which in turn gives green color to the green algae and to the leaves of land plants. Phycoerythrin pigment, in addition to chlorophyll pigments, imparts a red color to red algae.