There are 10 apples in a one-kilogram bag of apples. What is the average mass of each apple in the bag?Give your answer in units of kilograms and grams.

Answers

Answer 1

Answer: wouldn't it be .1 kilograms?.
1 apple=.1
2 apples=.2
3 apples=.3
4 apples=.4
5 apples=.5
6 apples=.6
7 apples=.7
8 apples=.8
9 apples=.9
10 apples= 1.0 kilogram

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During a baseball game, a baseball is struck at ground level by a batter. The ball leaves the baseball bat with an initial speed v0 = 38 m/s at an angle θ = 34° above horizontal. Let the origin of the Cartesian coordinate system be the ball's position the instant it leaves the bat. Air resistance may be ignored throughout this problem.

Answers

Answer:

The horizontal distance is 136.6 m.

Explanation:

Given that,

Initial speed = 38 m/s

Angle = 34°

Suppose, Calculate the horizontal distance $x_(max)$ in meters the ball has traveled when it returns to ground level.

We need to calculate the horizontal distance

Using formula of range

$R=(v_(0)^2\sin(2\theta))/(g)$

Where, v= speed

g = acceleration due to gravity

Put the value into the formula

$R=((38)^2\sin(2*34))/(9.8)$

$R=136.6\ m$

Hence, The horizontal distance is 136.6 m.

White light breaks up into different colors when it passes through a prism because ofA. Differences in wave speed
B. Total internal dispersion
C. A combination of refraction and reflection
D. Droplets in the air

Answers

I thank the answer is a

In a closed system, a cart with a mass of 1.5 kg is rolling to the right at 1.4 m/s, while another cart of mass 1.0 kg is rolling to the left at the same speed. What is the total momentum of the system of two carts?a. 0.0 kgm/s

b. 0.50 kgm/s

c. 0.70 kgm/s

d. 3.5 kgm/s

Answers

Answer: The correct option is (c.).

Explanation:

Mass of the cart A= 1.5 kg

Velocity of Cart A = 1.4 m/s towards right

Mass of the cart B = 1.0 kg

Velocity of Cart B = 1.4 m/s towards left

Momentum (P)= Mass × Velocity

$P_A=1.5 kg* 1.4 m/s=2.1 kg m/s$

$P_B=1.0 kg* (-1.4m/s)=-1.4 kg m/s$

(Negative sign means velocity of the cart is in opposite direction of that of the cart A)

Total Momentum = $P_A+P_B=2.10 kg m/s-1.40 kg m/s=0.70 kg m/s$

Hence, the correct option is (c.).

the momentum is equal to m*v
m is mass
v is speed
so 1.5 kg*1.4m/s + 1 kg*1.4m/s
2.5kg*1.4m/s
3.5 kgm/s
hope it helps

A book is given a sudden push to make it slide along a desktop. If the initial speed of the slide is doubled, by what factor is the distance that the book slides changed? A 20 kg cart is moving at 2.0 m/s when a 5.0 N force is applied for a distance of 6.0 m in the direction the car is moving. What is the kinetic energy of the cart at the end of the 6.0 m?

A 0.145 kg baseball is thrown from a platform above the ground at a 10 m/s. The ball is moving 15 m/s when it strikes the ground. From what height above the ground was the ball thrown?

Answers

Well let see, we don't have any information about the initial distance we have to use our logic

assuming that the distance moves from 1 to 2 m with initial speed , it means that the distance factor is 2

Since the initial speed has doubled, it would be very likely that the factor of the distance is MORE THAN 2 . Find the answer that either got 3 or 4 distance factor

hope this helps

If you perform 40 J of work lifting a 10-N box from the floor to a shelf, how high is the shelf?

Answers

the shelf is four meters high

four meters feet i believe because 10n ÷ 40j = 4m

A single polarizer will stop _____ of the incoming light. less than 50% 50% more than 50% but less than 100% 100%

Answers

So we want to know how much light will a single polarizer stop. Since the polarizer intensity formula is I=I0cos^2(a), where I is the intensity, I0 is the initial intensity and a is the angle of the light's initial polarization direction and the axis of the polarizer. Also, the average of cos^2a is 1/2 so I=(1/12)*I0. and I/I0=1/2 or 50%. So the light that passes trough one polarizer has 50% of the initial intensity. And the correct answer is 50%.

The answer is 50%. Remember, it's a single polarizer, not two of them.

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