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a test rocket is falling downward at a constant speed (however, it is acceleration in the horizontal direction). it is attached to a parachute with tension 980 N applied at an angle feta=64 degrees.draw a force acting on the rocket.where are the x and y components of the tension?write the net force equations for the x and y directions including accleration.what is the mass of the rocket?what is the acceleration of the rocket in the x direction?

Question

a test rocket is falling downward at a constant speed (however, it is acceleration in the horizontal direction). it is attached to a parachute with tension 980 N applied at an angle feta=64 degrees.

draw a force acting on the rocket.

where are the x and y components of the tension?

write the net force equations for the x and y directions including accleration.

what is the mass of the rocket?

what is the acceleration of the rocket in the x direction? 

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Step 1

Thank you for the question. Since, we are entitled to answer up to 3 sub-parts, we’ll answer the first 3 as you have not mentioned the sub-parts you need help with. Please resubmit the question and specify the other sub-parts you’d like to get answered.

A rocket of mass m is falling downward at a constant speed. It is attached to a parachute with tension T applied at an angle θ=640.

Step 2
  • The free body diagram of the rocket is given as:
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Step 3
  • The x and y component of Tension are given below.

The x-component of ...

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