The equation f = 0 + at represents the final velocity of an object, f, with an initial velocity, v, and an acceleration rate,

Mathematics

1 answer:

balandron [24]3 years ago

4 0

Answer: option 1 is the correct answer

Step-by-step explanation:

This equation is one of the Newton's equations of motion.

The equation is f = v + at which represents the final velocity of an object, f, with an initial velocity, v, and an acceleration rate, a, over time, t.

To determine an equivalent equation solved for a, we will make a the subject of the formula.

f = v+at

subtracting v from both sides of the equation, it becomes

f-v = 0 + at

Dividing both sides of the equation by t, it becomes

f -v = at

a = (f-v)/t

Option 1 is correct answer

You might be interested in

1) 7+a=15 2) 23=d+44 3) 28=n-14 4) T-22=-31

Romashka [77]

Hi, I'd be glad to help.

1) a = 8

2) d = (-21)

3) n = 42

4) t = (-9)

6 0

3 years ago

Read 2 more answers

Nth term of 70, 100, 130

BlackZzzverrR [31]

Answer:

a1 = 70

a2 = 100

a3 = 130

an = 70 + 30(n - 1)

6 0

3 years ago

Molly has 1.92 pounds of cat food. She uses 0.24 pounds of cat food to feed one cat. How many cats can Molly feed with the cat f

Lynna [10]

Answer:

The answer is eight

Step-by-step explanation:

The answer is eight because 0.24 time 8 equals 1.92

3 0

3 years ago

How to integrate with steps: (4x2-6)/(x+5)(x-2)(3x-1)

joja [24]

$\displaystyle\int\frac{4x^2-6}{(x+5)(x-2)(3x-1)}\,\mathrm dx$

You have a rational expression whose numerator's degree is smaller than the denominator's. This tells you you should consider a partial fraction decomposition. We want to rewrite the integrand in the form

$\dfrac{4x^2-6}{(x+5)(x-2)(3x-1)}=\dfrac a{x+5}+\dfrac b{x-2}+\dfrac c{3x-1}$

$\implies4x^2-6=a(x-2)(3x-1)+b(x+5)(3x-1)+c(x+5)(x-2)$

You can use the "cover-up" method here to easily solve for $a,b,c$ . It involves fixing a value of $x$ to make 2 of the 3 terms on the right side disappear and leaving a simple algebraic equation to solve for the remaining one.