Need only bicyclist B distance. The yellow part only Two bicyclists start from a starting line at the same time. Their speeds and distances traveled (from their initialposition) are shown at the initial time, after one second and after two seconds. Use inquiry to answer the questionsassuming that both bicyclists continue to ride with the same motion.NotesAnswers have 5% tolerance to allow for estimation.We also recommend Desmos' graphing application to create graphs when necessary!Bicyclist ABicyclist BOsOm5m/sOsOmOm/sspeed51. Which bicyclist had traveled farther after 1s?Bicyclist A +1s2.5m5m/s32. Which bicyclist was traveling faster after 1s?equalBicyclist Am/s3. Complete the chart for each bicyclist's speed and distance traveled after 3s. Hint: Bicyclist B will have traveled 40mafter 4s.155m5m/sdistance15 mspeed152510m5m/s2s10m10m/sm/sBicyclist Bdistancem4. Linear acceleration is defined as an object's change in speed each second.Hint: As a result of the definition, the units of acceleration are the units of speed with an EXTRA "per second."

Answered: Image /qna-images/answer/0e0321c7-8004-4b33-8676-2b45a0e4c9f3.jpg

Answered: 1. Which bicyclist had traveled farther…

Similar questions

It's urgent please solve quickly.
please redo I keep getting wrong in my end.
hi i serached for this question but i cant find the same answer , can you help me with it Thank you .
Calculate the ratio e/m for the electron. When an electron of mass m accelerates through a potential difference of V volts it gains kinetic energy that is equal to eV. Derive an expression for the speed of the electron v that accelerates from rest through a voltage of V volts. (Equate kinetic energy and eV and solve for velocity) In our experiment, the electron travels in a circular path of radius r in a uniform magnetic field B. What is the magnitude of the force on the electron? Express your answer in terms of m, r, and v (Recall centripetal force from The force in (a) is provided by a magnetic field. What is the magnitude of the magnetic force experience by the electron Equate two forces you found in (a) and (b). Find the expression for V/r. Express your answer in terms of B and v only using an expression you wrote in Q 2. Finally, plug the values of v from Q2 and express V/r in terms of B, v, e, and m and show that x vv If you plot VIr vs. VV, what does the slope of the curve give?…
help me pls on the secind part of the question
Can you please help me with this question? I relly apricieted. Thank you!
What is the correct option?
Can you help me solve for the answer to this question?
answer in 3sigfig
Hello, im cinfused to which is the answer for a
Can you please help me whith this question? I really apricieted!
Please help me ho can I sovle this question?

SEE MORE QUESTIONS