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natali 33 [55]
2 years ago
10

The advantages of the reduced gametophytes in seed plants include ________. the advantages of the reduced gametophytes in seed p

lants include ________. protection of the spores from ultraviolet radiation and drying out, and gain of nutrients from the sporophyte protection from ultraviolet radiation, gain of nutrients from the sporophyte, and protection from drying out development of the seed protection from ultraviolet radiation, gain of nutrients from its own photosynthesis, and protection from drying out
Biology
1 answer:
kobusy [5.1K]2 years ago
6 0
The  advantage   for  the  reduced   gametophytes  in  seed   plant  is   that  they gain  nutrients   from  the  sporophytes

   
Gametophytes  are   microscopic  and  have  capacity  to  develop   from   spores   retained   in  the  sporangia  of  parental sporophyte. This  kind  of arrangement  protect  developing  gametophyte   from environment  stress  which  enable  it  to  gain  nutrient  from   sporophyte. 
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Explain how to focus a microscope using the high-power lens. Include any safety issues you need to be aware of.
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1)magnification goes by 10x (read 10 times), 100x,1000x and some goes 10,000x 

2)Always focus first using lowest power possible first, switch to medium power (100x) after it's focused on low power(10x), on 100x, use the small knob to focus it more. DO NOT touch the bigger nob when in medium or high power. Switch to high power (100x) when it is focused on medium power, again focus again using the small knob on high power. 

3) So it doesn't gather dust and fog up the lense? that one should be self explanatory
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1 year ago
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A period in 24-point font (.) is about 1mm in diameter. SARS-CoV-2 has a diameter of 80 nm. The prefix “milli” means 1000, which
diamong [38]

Answer:

Approximately 12,500 SARS-CoV-2 viruses

Explanation:

According to this question, the period described is 1mm in diameter. Since 1millimetre(mm) is 1000metre(m), this means that the period is 0.001m in diameter.

Also, the SARS-CoV-2 virus has a diameter of 80 nm (1nm = 10^9m).

Since 10^6nanometres (nm) or 1,000,000nm makes 1millimeter (mm), 80nm of the virus will be:

= 80/1,000,000

= 0.000080mm or 8 × 10^-5mm

To calculate how many of the SARS-CoV-2 virus will fit into the period, we divide the diameter of the period (in mm) by the diameter of the virus (in mm).

That is; 1 ÷ 8 × 10^-5

= 1/8 × 10^5

= 0.125 × 100,000

= 12,500

Therefore, approximately 12500 SARS-CoV-2 viruses will fit in the period.

4 0
2 years ago
Which of the following is not a requirement of a practical fuel? It must contain a large amount of stored energy. B. It must occ
HACTEHA [7]
D is not a requirement as good fuel can be in liquid as well as gaseous in nature
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2 years ago
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Name three pectoral muscles that are found in the thoracic wall of the pig
FromTheMoon [43]

The pectoral muscles are found on the anterior chest wall (thoracic wall) of a pig. Three pectoral muscles are:

1. Pectoralis major- the most superficial muscle in this region.

2. Pectoralis minor- the muscle that is below the pectoralis major

3. Serratus anterior- the muscle that is adjacent to the chest wall

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2 years ago
Describe how temperatures above 35 C most likely affect the structure and function of the starch synthase in the particular stra
arlik [135]

Answer:

- It is very likely that temperatures above 35°C will change the structural configuration of the enzyme, denaturing it and preventing it from performing its function.

- According to the information, the most probable consequences for this rice crop is that its starch content will be lower, compared to crops grown at optimal temperatures.

Explanation:

<u>The full question includes this statement</u>:

<em>A rice grain is a fruit that encloses a seed. Most of the dry mass of a rice grain is starch. In rice plants,  starch is produced by hydrolyzing sucrose and then linking the released glucose molecules together into  starch . The optimal temperature range for starch synthase activity in a particular strain of rice  is 27°C - 30°C. The optimal temperature range for sucrose synthase in the strain is 30°C - 35°C.</em>

One of the factors affecting enzyme activity is temperature, according to which an enzyme can make a reaction faster, slower or inhibit the activity of that enzyme.

For a grain of rice to acquire its starch content, the activity of two enzymes is required, sucrose synthase - to obtain glucose from sucrose - and starch synthase, to polymerize glucose into starch (see image).

<h3>In this case, how temperatures above 35°C most likely affect the structure and function of the starch synthase?</h3>

The temperature of 35°C is far above the optimum temperature required for the enzyme to act, so it is possible that a change in the structure of the enzyme will occur or that it will be denatured, preventing the starch synthase from performing its function. One consequence of this is a lower starch synthesis.

<h3>When the average temperature in the growing season is 33°C, what can be predicted about the consequences on the starch content in mature rice grains?</h3>

A temperature of 33°C is outside the range of starch synthase activity -even though it is optimal for sucrose synthase- which would decrease starch synthesis and, because of this, the rice grains in this crop would have less starch content.

Learn more:

Relationship between the reaction of velocity of an enzyme and temperature brainly.com/question/14198802

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1 year ago
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