Answer:
nope he doesn't
Step-by-step explanation:
Answer:
read explanation
Step-by-step explanation:
Like most areas of Evolutionary Biology, research related to the formation of new species - 'speciation ' - is rich in historical and current debate.
Scientists have different models explaining how new species form. This includes 'Gradual Speciation' and 'Punctuated Equilibrium' models which describe the pace of speciation. Additionally, they consider 'allopatric' and 'sympatric' speciation describing the mechanisms of speciation.
The debate among scientists on how new species form revolves around different models and patterns observed in nature. Two main models of speciation that scientists explore are the 'Gradual Speciation' model and the 'Punctuated Equilibrium' model.
Gradual Speciation proposes that species evolve slowly over an extended period due to slight genetic changes from generation to generation. On the other hand, Punctuated Equilibrium suggests that species remain unchanged for many generations and then undergo rapid changes to form new species in a relatively short period.
Another aspect of the debate involves the mechanisms of speciation, including 'allopatric' and 'sympatric' speciation. Allopatric speciation involves a geographical separation of populations from a parent species and subsequent evolution, while Sympatric speciation is speciation that occurs within a parent species while in one location.
#SPJ11
B.$11.02
C.$11.13
D.$11.18
A= 1/2(a+b)h
to make h the subject
Hannah is having a new house built. The following is an initial blueprint of her new living room and entryway.
The perimeter of the scale drawing is ______centimeters.
If the scale is 1 centimeter = 5 feet, the perimeter of Hannah's actual living room and entryway would be ______feet.
Numerically, the value of the actual perimeter of Hannah's living room and entryway would be _______times the value of the perimeter of the scale drawing.
Based on these results, if the scale is 1 centimeter = k feet, the perimeter of Hannah's actual living room and entryway would be ______feet.
Thank you!
Answer:The first one is 22 The second one is 110 The third one is 5 The fourth one 22k
Step-by-step explanation:
dd all the sides of the scale drawing.
So, the perimeter of the scale drawing is 22 centimeters.
If the scale is 1 centimeter = 5 feet, then the dimensions of the actual living room and entryway are 20 feet, 25 feet, 30 feet, 5 feet, 10 feet, and 20 feet. Now, add all the sides of the actual living room and entryway.
So, the perimeter of Hannah's actual living room and entryway would be 110 feet.
To find how many times larger the actual perimeter is than the scale drawing perimeter numerically, divide the numerical value of the actual perimeter by the numerical value of the scale drawing perimeter.
So, the value of the actual perimeter of Hannah's living room and entryway would be 5 times the value of the perimeter of the scale drawing.
Notice that in the scale of 1 to 5, the perimeter of the actual shape is 5 times the perimeter of the scale drawing. So, in a scale of 1 to k, the perimeter of the actual shape would be k times the perimeter of the scale drawing. Therefore, for the scale of 1 centimeter = k feet, the perimeter of Hannah's actual living room would be 22k feet.
B. Jamie began the race by running fast, then slowed down a bit and finished the race at a the slower speed.
C. Jamie left home and realized she forgot to turn off the lights. She drove back home to turn off the lights and then continued on her trip.
D. Jamie drove for 1 hour then turned right and continued driving for another hour. She finally turned left and continued driving for the next 4 hours.
Answer:
B. Jamie began the race by running fast, then slowed down a bit and finished the race at a the slower speed.
Step-by-step explanation:
Answer:B $$$$
Step-by-step explanation:It is ez look at it