No it can not because photosynthesis makes glucose and cellular respiration breaks down the glucose in to Carbon Dioxide and H2O (water).
Hope this helps!
Answer:
224.6 N
Explanation:
We can use first the formula to calculate the centripetal acceleration, given by:

where the Vt is the tangential velocity, and R is the radius of the circular motion.
Then, for our case we have:

And now we multiply this acceleration by Miguel's mass (11 kg) to obtain the centripetal force acting on him:

Electric field is the change in voltage per unit distance
E = ΔV / d
E = 39/34
= 1/147 mV/cm
hope this helps
To find the maximum height you have to calculate the initial velocity in the y axis..
to do that resolve the velocity vector in the y direction
which is equal to
[email protected]27*√3/2 = 23.4 m/s
thus using kinematics.
v^2 = u^2 + 2as
23.4*23.4 /19.6 = s
27.96 that's 28 m approximately
Answer:
It will decrease
Explanation:
The double-slit interference equation, which gives us the position y of a maximum on the screen (measured relative to the central position), is

where
n is the order of the maximum
D is the distance between the slits and the screen
is the wavelength of the light
d is the separation between the two slits
From the formula, we see that y is inversely proportional to d: this means that if the separation between the slits is increased, the distance of each maximum from the central position (y) decreases, therefore the distance between the interference fringes will decrease.