Answer:
50.2m/s
Explanation:
Using first equation of motion we have
V= u+gt
V= final speed
U= initial speed
So v = 1.2m/s + 9.8(5s)
50.2m/s
Answer:
Explanation:
for earth -sun system
E = σ T⁴ , E is radiation emitted by sun at temperature T
E = 4π R₁² x solar constant on earth , R₁ is distance between earth and sun.
for marsh -sun system
E = σ T⁴ , E is radiation emitted by sun at temperature T
E = 4π R₂² x solar constant on Mars , R₂ is distance between earth and sun.
from two equation ,
4π R₂² x solar constant on Mars = 4π R₁² x solar constant on earth
solar constant on Mars = (R₁ / R₂ )² x solar constant on earth
Answer:
The shapes of different lipids influence how much a membrane can curve (i.e. bend). The intrinsic molecular volume of the head-group and composition of the fatty acyl chains (i.e. saturated vs unsaturated) in lipids will determine strict steric dimensions and distinct shapes for each lipid species.
Explanation:
Answer:
a) f(R0) = 1000 Hz
b) f(R0) = 707.11 Hz
c) f(R0) = 707.11 Hz
d) f(R0) = 1000 Hz
e) f(R0) = 1000 Hz
Explanation:
Let R be the resistance of the circuit, L be the inductance of the circuit, C be the capacitance of the circuit, E_0 be the peak emf of the circuit, f be the frequency f(R) be initial resonance frequency of the circuit and f(R0) be the new respective resonance frequency in each question.
In an RCL circuit
f(R) = 1/2×π×√LC
a) f(R0) = 1000 Hz
The resonance frequency remains the same as it does not depend of resistance
b) f(R0) = 1/2×π×√2LC
f(R0)/1000 = √L/√2L
f(R0) = 7071 Hz
c) f(R0) = 1/2×π×√L2C
f(R0)/1000 = √C/√2C
f(R0) = 707.11 Hz
d) f(R0) = 1000 Hz
The resonance frequency remains the same as it does not depend on the emf
e) f(R0) = 1000 Hz
The resonance frequency remains the same as it does not depend of frequency
The historical method includes what steps?
