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2 years ago

cells with a relatively simple cell morphology that do not have a true membrane-delimited nucleus are called

SAT

1 answer:

OLga [1]2 years ago

3 0

Prokaryotic cell are very primitive shape cells without a genuine membrane-delimited nucleus.

A cell without a genuine nucleus or organelles that are membrane-bound is referred to as a prokaryotic cell. All other forms of life, aside from those found in the kingdoms of Bacteria and Archaea, are founded on eukaryotic cells. However, prokaryotic species are extremely prevalent and account for a large portion of the biomass on Earth.

Prokaryotic cells are seen in unicellular organisms. "Prokaryotes" is the term for them. The prokaryotic cell possesses a number of components that enable it to function as a living being. Prokaryotes are first protected by a cell membrane. With the aid of this membrane, they are able to develop a particular cytosolic environment conducive to biochemical processes.

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VashaNatasha [74]

<h3>Answer: Choice A</h3>

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2 years ago

A mouse runs along a baseboard in your house. The mouse's position as a function of time is given by x(t)=pt2+qt, with p = 0. 40

Gelneren [198K]

The average speed between t = 1.0 s and t = 4.0 s will be 2.1+0.3 which is 2.4m/s

<h3>Velocity function </h3>

Given the equation for the position of the mouse expressed as:

$x(t)=pt^2+qt\\$

The velocity of the particle is expressed as:

$v(t)=2pt+q$

Given that p = 0. 40 m/s and q = -1. 10 m/s, the equation will become:

$v(t)=2(0.4)t-1.10\\v(t)=0.8t - 1.10$

If the time is <em>t = 1.0 s, the velocity will be:</em>

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Similarly if t = 4.0ssec, hence:

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The average speed between t = 1.0 s and t = 4.0 s will be 2.1+0.3 which is 2.4m/s

<em>Learn more on</em><em> average speed </em><em>here: brainly.com/question/4931057</em>

Complete question

<em>A mouse runs along a baseboard in your house. The mouse's position as a function of time is given by x(t)=pt 2+qt, with p = 0.40 m/s2and q = -1.10 m/s . Determine the mouse's average speed between t = 1.0 s and t = 4.0 s. I have tried everything and the answer is not 0.40 m/s</em>

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