All categories

3 years ago

What net force will make a 5kg bowling ball accelerate by 1.5m/s squared

1 answer:

4 0

F = ma
F = force
m = mass
a = acceleration

1.5 m/s^2 = a
5 kg = m
F = ?

F = 5 * 1.5
F = 7.5 Newtons

Answer would then be :<span> Force = 7.5 N</span>

You might be interested in

What is your wheel and axle

Crank

Answer:

Pls mark me brainliest

Explanation:

The wheel and axle is a simple machine consisting of a wheel attached to a smaller axle so that these two parts rotate together in which a force is transferred from one to the other.

8 0

3 years ago

Read 2 more answers

Determine the correct name for the compound, C3H8. In organic chemistry, this is referred to as propane. A) Tricarbon hexahydrid

Leya [2.2K]

Well, since it's C3, we need Tricarbon, and H8 means Octa-, so B is your answer: Tricarbon Octahydride.

Hope this helps~!

8 0

3 years ago

Read 2 more answers

Now find the electromotive force E2(t) induced across the entirety of solenoid 2 by the change in current in solenoid 1. Remembe

lions [1.4K]

Answer:

$E_{2} (t) = -\pi\mu_o} \rho^{2} n_{1}n_{2}L\frac{d }{dt}I_{1}(t)$

Explanation:

Consider two solenoids that are wound on a common cylinder as shown in fig. 1. Let the cylinder have radius 'ρ' and length 'L' .

No. of turns of solenoid 1 = n₁

No. of turns of solenoid 1 = n₂

Assume that length of solenoid is much longer than its radius, so that its field can be determined from Ampère's law throughout its entire length:

$\oint \overrightarrow {B}\overrightarrow {(r)}.\overrightarrow {dl}= \mu_{o}I$

We will consider the field that arises from solenoid 1, having n₁ turns per unit length. The magnetic field due to solenoid 1 passes through solenoid 2, which has n₂ turns per unit length.

Any change in magnetic flux from the field generated by solenoid 1 induces an EMF in solenoid 2 through Faraday's law of induction:

$\oint \overrightarrow {B}\overrightarrow {(r)}.\overrightarrow {dl}= -\frac{d}{dt} \phi _{M}(t)$

Consider B₁(t) magnetic feild generated in solenoid 1 due to current I₁(t)

Using:

$B_{1}(t) =\mu _{o} nI(t)\\$ --- (2)

Flux generated due to magnetic field B₁

$\phi _{1}(t) = \oint \overrightarrow {B_{1}}.dA\\$ ---(3)

area of solenoid = $A = \pi \rho^{2}$

substituting (2) in (3)

$\phi _{1}(t) = \mu_{o} \pi \rho^{2} n_{1}I_{1}(t)$ ----(4)

We have to find electromotive force E₂(t) induced across the entirety of solenoid 2 by the change in current in solenoid 1, i.e.

$E_{2} (t) = -n_{2}L\frac{d \phi_{1}}{dt}$ ---- (5)

substituting (4) in (5)

$E_{2} (t) = -n_{2}L\frac{d }{dt}(\mu_o} \pi \rho^{2} n_{1}I_{1}(t))\\E_{2} (t) = -\pi\mu_o} \rho^{2} n_{1}n_{2}L\frac{d }{dt}I_{1}(t)$

5 0

3 years ago

Explain why fluids travel faster near the center of pipes and tubes than at the edges

andreev551 [17]

I think fluids travel faster near the center of pipes and tubes better than at the edges because they are able to travel much faster, and smoother in the center rather than the edges because the fluids have to turn, which could cause the rest of the incoming fluids to stop, which would make it much slower when traveling through the edges than through the center.

6 0

3 years ago

How far will a runner travel at an average speed of 5m/s for 20 minutes?

Sonja [21]

Multiply the speed and time to get your answer of how far the runner travels

6 0

3 years ago