Say it costs $2.25 to ride the T. If you ride 2 times a day for the month of July how much would you spend?

Answers

Answer 1
Answer:

$2.25*31*2=139.5

You will spend $139.5 on July


Related Questions

The kind of lake that formed when a river meanders
PLEASE HELP I'll MARK THE BRAINLIEST1.) A vessel that carries oxygen-rich blood to the heart muscle is called a(n): *A.) Coronary ArteryB.) VeinC.) VentricleD.) Atrium2.) A group of cells that receives messages about the body's oxygen needs and sends out signals to adjust the heart rate is called the: *A.) AtriumB.) Lymph NodeC.) ValveD.) Pacemaker3.) Blood components that helps the body control bleeding are: *A.) HemoglobinB.) Red Blood CellsC.) White Blood CellsD.) Platelets4.) Plasma is mostly composed of: *A.) Blood CellsB.) WaterC.) ProteinsD.) Hemoglobin5.) Which of the following is NOT a characteristic of a vein? *A.) Valves prevent backward flow of bloodB.) Returns blood to the heartC.) Walls are one cell thickD.) Walls are generally thinner than those of arteries6.) The largest artery in the body is called the: *A.) AortaB.) AtriumC.) PacemakerD.) Coronary Artery7.) The network of vessels that returns fluid to the bloodstream is called the: *A.) Lymphatic SystemB.) VeinsC.) ArteriesD.) Circulatory System8.) Hemoglobin is a protein that binds easily to: *A.) White Blood CellsB.) OxygenC.) FibrinD.) Platelets9.) Which of the following structures pumps blood into arteries leading to the lungs? *A.) Right AtriumB.) Left AtriumC.) Right VentricleD.) Left Ventricle10.) Which of the following structures is NOT part of the cardiovascular system? *A.) HeartB.) Blood VesselsC.) BrainD.) Blood11.) True/False: The force of the heart's contracting atria causes blood pressure. *A.) TrueB.) False12.) True/False: Capillary walls must be very thick to withstand the high force of blood pumped by the heart. *A.) TrueB.) False13.) True/False: White blood cells defend the body against disease. *A.) TrueB.) False14.) True/False: Blood travels in two directions in the body. *A.) TrueB.) False15.) True/False: Blood types are determined by proteins known as marker molecules that are on red blood cells. *A.) TrueB.) False16.) Fill in the Blank: The right and left __________________ are the two lower chambers of the heart. *17.) Fill in the Blank: A sphygmomanometer is an instrument that measures ____________________________. *18.) Fill in the Blank: A flap of tissue that prevents blood from flowing backward is a(n) ______________. *19.) List two of the three main roles of the cardiovascular system: *20.) Tell me anything else that you learned in science about the cardiovascular system:
Which of the following structures would normally be found in a plant cell but not in an animal cell?A. cell membraneB. vacuolesC. nucleusD. cell wall
Describe the different abiotic and biotic parts of an ecosystem. Identify and explain what organisms lie on each of the trophic levels.I have the different parts of an ecosystem but I just need help with the second part.
What are the features of adaptation of the camel​

Which wave will probably be diffracted the most?a. the wave with the longest wavelength
b. the wave with the highest amplitude
c. a longitudinal wave
d. the wave that strikes a solid barrier with the slowest speed.

15 points answer!

Answers

Answer:

A

Explanation: bc it has more stuff to hit

Final answer:

The wave with the longest wavelength will probably be diffracted the most. This is because diffraction, or the bending of waves around obstacles, is closely related to the wavelength of the wave. The longer the wavelength, the more a wave tends to diffract.

Explanation:

The wave that will probably be diffracted the most is a. the wave with the longest wavelength. Diffraction is the bending or spreading of waves as they encounter an obstacle or gap. This concept is closely related to the wavelength of a wave, which is the distance between one wave crest and the next. The longer the wavelength, the more a wave tends to spread out or diffract around obstacles. This is why low-frequency sound waves (which have long wavelengths) can easily be heard around corners, but high-frequency light waves (with their shorter wavelengths) are largely blocked by obstacles.

Learn more about Wave Diffraction here:

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What would be the best way to predict the probability of a baby having cystic fibrosis?a.
by studying the parents’ karyotypes
b.
by studying the family’s pedigree chart
c.
by exploring new methods of genetic engineering
d.
by determining whether the parents have codominant alleles

Answers

Answer:

The answer is B. By studying the family’s pedigree chart

Explanation:

Cystic fibrosis is an inherited disorder that tends to be fatal, since it damages the lungs and digestive system. Cystic fibrosis affects the cells that produce mucosa, sweat and gastric juices, causing them to become thick and sticky, causing the tubes, tracts and channels to become clogged. It is a hereditary disease, caused by a defective gene (so the best way to predict it would be through studying the family's pedigree chart) that leads the body to produce an abnormally thick and sticky fluid.

Determining this would be by B. studying the family's pedigree chart.

What is the answer ?

Answers

Answer:

I believe the answer is D

Explanation:

Answer: B.

Explanation: Wire A is shorter and thicker than wire B because the A in the table says low and B is high

Hope this helps :)

1. The greater sage-grouse is abird that lives in a sagebrush
habitat. Use the slider to compare
its ranges in the past and today.
Why do you think the range may
have changed?

Answers

The ranges of the Greater sage-grouse have changed over time due to the expansion of human civilizations.

The Greater sage-grouse is a large hen-like bird that resides in sagebrush-covered areas. The ranges that this wild bird inhabits have historically spanned all throughout the United States and parts of Canada, including:

  • Washington
  • Montana
  • California
  • Wyoming
  • Utah

and many other states.

The current range of the greater sage-grouse now only spans the Western United States and parts of Canada. This decrease in range is due to loss of habitat, interrupted migration patterns by the construction of roads, power lines, etc., and other human disturbances.

To learn more visit:

brainly.com/question/7982048?referrer=searchResults

Answer:

The population of sage-grouse decreases with the passage of time because of humans.

Explanation:

In the past, long time ago the population of sage-grouse bird were in millions in the Western United States of America and Canada but gradually decrease occurs in population with the passage of time due to the change which occurs in the environment by humans. Destroying the natural habitat for making buildings and for energy development decrease the population of sage-grouse from 16 million to 500,000 during 100 years.

Which of the following is not an organelle found ONLY in plant cells?

Answers

-Chloroplasts: Chloroplasts are the plant cell's "energy power plant" as well as mitochondria- they are involved in photosynthesis, making food and energy for the cell.

-Cell walls: Cell walls are rigid layers around the cell membrane. They are made of cellulose and help maintain the cell's shape and prevent it from swelling too much.

One organelle only in animal cells:

-Centrioles: Centrioles are structures that make spindle fibers for the movement of chromosomes in mitosis.

A different organelle:

-Vacuoles:

In plant cells, the vacuole is called a "central vacuole". The central vacuole is a large "balloon" that holds water, nutrients, ions, trash, etc. for the cell.

In animal cells, there are numerous smaller vacuoles. They have the same function.

The cell wall is only located in the plant cell

What types of triangles have at least two acute angles?1.right

2.obtuse

3.equilateral

4.isosceles

Answers

Obtuse and right triangles have only 2 acute angle, but isosceles and equilateral have 3 acute angles
This is not a biology question but equilateral I belive