Answer:
D: It explains how much ocean water levels have changed from the past to the present.
Explanation:
The passage states that "At the coldest part of the Ice age, the seas were about 410 feet(125 m) lower than the today. As carbon dioxide levels in the atmosphere naturally rose, Wanless explains, glaciers melted, and the seas rose hundreds of feet." Those two sentences from the passage centrally describe information about the sea and how it has changed throughout the years. Therefore, the answer is D: It explains how much ocean water levels have changed from the past to the present.
The average velocity of the bottle rocket are two given time intervals is 30 m/s and 20 m/s respectively, while the instantaneous velocity at 4.5 seconds is 22 m/s.
The given parameters;
- s(t) = -9t² + 103t + 403
- time interval (4.499, 4.5), and (4.5, 4.501)
The average velocity of the bottle rocket over the intervals is calculated as follows;
when the interval = [<em>4.499, 4.5</em>]
when the interval = [<em>4.5, 4.501</em>]
The instantaneous velocity of the bottle rocket at time t=4.5;
Thus, the average velocity of the bottle rocket are two given time intervals is 30 m/s and 20 m/s respectively, while the instantaneous velocity at 4.5 seconds is 22 m/s.
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The type of hormone that characteristically requires a second messenger is: "Water Soluble Hormone" (Option C)
<h3>What is the function of a
second messenger hormones?</h3>
Second messengers bridge the gap between signaling chemicals including neurotransmitters, cytokines, and growth factors and changes.
in gene expression, which are ultimately responsible for nerve cell proliferation, differentiation, and maturation.
Learn more about second messenger hormones at;
brainly.com/question/13974166
#SPJ1
Full Question:
This type of hormone characteristically requires a second messenger.
A) lipid-soluble
B) steroid
C) water-soluble
D) prostaglandin
Answer:
x = -7
Explanation:
y = -3(-4) + 11
= 12+11
= 23
That's an equation
But if it's a graph; +12, +11
When as young as 18 weeks old, Dr. Patricia Kuhl found that babies can listen to “ah” and “ee” vowel sounds and gaze at the correct, corresponding lip shape on a video monitor.
Around age 2-3 months, infants start coping and making soft vowel sounds. They are able to do this because their larynxes and other parts of their throats change to allow these sounds.
By age 3-4 months, babies begin to make consonant sounds of b, k, m, g, and p.
By 4-5 months, the vowels and consonants are put together to form nonsense words.
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