Given that,
Distance, s= 2.4x 10∧5
Time = 6 hours
Average velocity = ?
Since,
Velocity = Distance / Time
V= 2.4 x 10∧5/ 6 = 40000 km/hr
Velocity will be 40,000 km/hr.
Convert it into m/s.
Velocity = (40,000 * 1000) / (60*60) = 11111.11 m/s
Velocity will be 11,111 m/s approx.
Answer:
The distance from the building is 11.41 m.
Explanation:
Given that,
Speed = 30.0 m/s
Angle = 45.0°
Distance = 10.0 m
We need to calculate the vertical component
Using formula of vertical component
We need to calculate the time
Using equation of motion
Put the value into the formula
On neglecting of higher value of t
Then use the horizontal component
We need to calculate the distance
Put the value into the formula
Hence, The distance from the building is 11.41 m.
The correct answer is GD Products collects receivables more quickly than AP Goods.
Analysts typically utilize the fixed asset turnover ratio (FAT) to gauge operating performance. This efficiency ratio assesses a company's capacity to generate net sales from its fixed-asset investments, specifically property, plant, and equipment (PP&E). It compares net sales (income statement) to fixed assets (balance sheet) (PP&E). Utilized as a net of accumulated depreciation is the fixed asset balance. A greater fixed asset turnover ratio shows that a business has utilized fixed asset investments to drive sales effectively. A greater ratio suggests that management is making better use of its fixed assets. No information can be gleaned from a high FAT ratio about a company's capacity to produce reliable earnings or cash flows.
Learn more about investment here:-
brainly.com/question/15353704
#SPJ4
The change in velocity with a constant resistance of the body during the first 20 s = -10/9 ms⁻¹
The change in velocity of the body during the first 20 s = 10/9
Mass = 18 kg.
Resistance to motion = 20 N
Decreases at a uniform rate from 60 N to 35 N
time = 25 s,
Force which decreases at a uniform rate = (60 - 35)/25 = 25/25
= 1 NS⁻¹
Initial velocity,
F = p/t
= mv/t = 18*v/t
V = (60 - 20) /18 = 20/9
Final velocity,
Decreases at a uniform rate = = 1 NS⁻¹
at 20 s = 20 N decrease
total force applied at 20 s without resistance = 60 -20-20 = 20.
V final = 20/18 = 10/9
Change in velocity = V final - v initial
= 10/9 - 20/9
= -10/9
Resistance is described as a refusal to provide in or to something that slows down or prevents some thing. An instance of resistance is a toddler combating against her kidnapper. An instance of resistance is wind against the wings of a aircraft.
The unit of the electrical resistance, measured with direct present day, is the ohm (Ω), named after the German physicist and mathematician Georg Simon Ohm. in step with ohm's regulation, the resistance R is the ratio of the voltage U across a conductor and the modern R = U / I.
Learn more about resistance here:-brainly.com/question/17563681
#SPJ4
Answer:
<em>20m/s</em>
Explanation:
Given
Velocity = 40m/s
angle = 30°
Vertical component = Vsin theta
Substitute into the formula
Vy = 40sin30
Vy = 40(0.5)
Vy = 20m/s
<em>Hence the vertical component of the velocity right before the ball hits the ground is 20m/s</em>