Can I have the answer please
answer in the form of a question, to the statement below
1-"The length of an arrow is used to represent this, in a vector"
2.An airplane making an approach for landing decelerates at a rate of 2m/s2. How long will it take the airplane to reduce its speed by 264km/h
ANSWER: Length of an arrow is used to represent magnitude in a vector
------------------------------------
deceleration =2m/s2
Given reduction in speed as 264km/hr
Convert it into m/s
so initial speed - final speed =73.3 m/s
Use Formula
ANSWER:
===================
Can I have the answer please answer in the form of a question, to the statement...
This is a jeopardy type question. You must answer in the form of a question, to the statement below. "The length of an arrow is used to represent this, in a vector" An airplane making an approach for landing decelerates at a rate of 2m/s2. How long will it take the airplane to reduce its speed by 264km/h
Can I have the answer please 1. A man goes on a walk and head east. He walk 0 km due east and 12 km due west. What is his final displacement assuming that east in the positive direction. 2.A car travels in a circle or radius 17 m for 4 minutes, during this time it make 3 revolutions, What is the speed in m/s? 3. This is a jeopardy type question. You must answer in the form of a...
** Please read the bold statement after the question, I have the
answers, but I need to make sure they are correct. Thanks**
#1 Using a spreadsheet application, create an amortization
schedule for a 30 year, fixed rate (4.58%) $200k loan. Answer the
following: what is the monthly payment? how much total interest
will you pay? Print out enough of your spreadsheet to defend your
work and answers.
Assume that you took the loan in #1 and paid your monthly...
Answer all and write clearly please
A driver, cruising along at 55 mph, sees the traffic light turn red. He steps on the brakes and decelerates at a constant 5.0 m/s2. 4. 55 mph (a) What is the speed of the car in m/s? (10 points) (b) How far did he travel before coming to rest? (10 points) (c) How long does it take him to come to a stop? (10 points)
I need the steps please. Thank you
QUESTION 7 The volume of a cylinder is V= trh in V= 2500 m and h = 17 m find the value for O 1.13.6 m 2.8.64 m 3.6.84 m 4.28.2 m QUESTION 8 A plane moving at 300 km/h lands on an aircraft carrier after rolling to a stop in 205 m. What was the required acceleration for a safe landing? (hint: transform units) O 1.83.3 m/s2 2. 16.94 m/s2 3.8.4 m/s2...
can I have the answer please
1.
This object is accelerating only.
This objects quickly decelerates, stop for some time then goes
in the opposite.
This object is not accelerating at all.
This object decelerates, come to a stop then continues with
constant velocity.
Graph A Graph B time time Graph C Graph D time time
i have some physics questions. please give me correct
answers..
A lift accelerates upwards at a- 1.27 m/s2. There is a person with a mass of 83.6 kg standing in the lft Figure 1). The lift is H- 2.86 m high. Use j to represent an upward unit vector Figure 1: Diagrammatic of a person of mass m standing in a lift of height H that is accelerating upwards at a m/s2
I need help in these questions in 30 minutes, please
answer them fast
Question 6 Which word or phrase below best explains explicit knowledge? Experience Written Some loss in transferring Old-style Question 7 Engaging in a price war often results in a: Blue ocean Red ocean Murky ocean Stormy ocean Question 8 Firms that signal their intention to reduce output and/or price above competitive levels are: Colluding In tacit collusion in explicit collusion None of the above Question 9 The...
please help me. please show all the steps and work. I have the
answer below. I will rate. thank you
4. The Palomar reflecting telescope has a parabolic mirror with an 80 m focal length. a) What magnification is achieved when an eyepiece of 50 mm focal length is used ? b) How would you increase the magnification without changing the mirror ? リ lboo b) make f
Can you please help me understand this question, I have a test
soon and I don't quite know how to use the energy equation.
A thin stick of mass 0.4 kg and length L = 0.3 m is attached to the rim of a metal disk of mass M = 4.0 kg and radius R = 0.2 m. The stick is free to rotate around a horizontal axis through its other end (see the following figure). m VE? (a) If...