Answer:
Testing
Explanation:
This is basically asking you what the next step of the scientific method is. First, you would ask a question. Next, you would research that question to get some background information. Once you have that information, you would create a hypothesis (typically "If..., then..., because..." format). Then you would conduct an experiment to test your hypothesis. Then you would gather data, draw conclusions, and see if your hypothesis was correct.
Hope this helps!
An atomic mass unit (symbolized AMU or amu) is defined as precisely 1/12 the mass of an atom of carbon-12. The carbon-12 (C-12) atom has six protons and six neutrons in its nucleus.
a = acceleration of swati during free fall = - 9.8 meter/second²
v₀ = initial velocity of swati = 0 meter/second
t = time of travel = 120 seconds
d = displacement of swati during free fall
Using the kinematics equation
d = v₀ t + (0.5) a t²
inserting the values
d = (0) (120) + (0.5) (- 9.8) (120)²
d = - 70560 m
hence distance travelled by swati is 70560 m
Answer:
speed /wavelength = frequency
f = 3×10*8 /6.5×10*7
f = 4.62
Answer:
The car can travel V=19.8m/s without spinning out
Explanation:
Given that
Mass of the car m=1000kg
Radius of curve r =40m
frictional force R=7000N
Coefficient of friction u=?
We know that F=uR
But F=ma
F=1000*9.81
F=9810N
Therefore u=F/R
u=9810/7000
u=1.40
For the car to travel without spinning out we
Equate it centripetal force formula to frictional force formula
F=mv²/r
F=ur
hence mv²/r=uR
Making velocity subject of formula we have v²=u*r*R/m
V²=(1.4*40*7000)/1000
V²=392
V=√ 392
V=19.8m/s
