If you know the impulse that has acted on a body of mass m you can calculate A its initial velocity. B its final velocity. its final momentum. D the change in its velocity. E its acceleration during the impulse.

Q: 2(3y-5)=34

A: We will see the ans in next step

Q: V-539 7. V11

A: To Determine:  Simplify

Q: Find A. A = (3A)-1 [ -3-2 4 2

A: Let us consider that                     A=abcdWe have                   (3A)-1=-3-242 ⟹…

Q: 4y-12=0

A: 4y = 12 y = 3

Q: 1 L (s- 4)6 J

A:

Q: What is the value for s3?

A:

Q: 14 +2

A: Adding Fractions Step 1: Make sure the bottom numbers (the denominators) are the same. Step 2: Add…

Q: -12+(4• 3) (-) I 2-14 - 3)ENTER

A:

Q: 3b-12 = 30

A:

Q: 3n+20=15

A: solve the given 3n+20=15

Q: (-12)+7

A: To simplify any expression involving numbers we need to use the BODMAS rule which specifies the…

Q: Vs-+ 12²

A: To determine:

Q: 2(a+3)= -12

A: Solution: Here 2(a+3) =-12

Q: 7k = 91

A: We will find the value of k in the following step.

Q: Find

A: We know that,                         ∫1xdx=lnx+ c We need to find  ∫4xdx

Q: -3(4x-5)-6=18

A: Given: −34x−5−6=18 To determine: The value of x.