Grade 10Thermal Physics
Pendulum clocks generally go fast in winter and slow in summer. Why?
Pendulum clocks generally go fast in winter and slow in summer. Why?
13 Answers
mahendra
Approved Tutor Answer10 Years ago- T = 2πROOT L BY G OR T INVERSLY PROPORSIONA TO L
Time period of a pendulum clock is directly proportional to square root of the length of the
Pendulum.
i) In winter the length of the pendulum decreases and its time period decreases. So clock goes
fast.
ii) In summer the length of the Pendulum increases and its time period increases. So the clock
goes slow.
Pendulum.
i) In winter the length of the pendulum decreases and its time period decreases. So clock goes
fast.
ii) In summer the length of the Pendulum increases and its time period increases. So the clock
goes slow.
pa1
i) In winter the length of the pendulum decreases and its time period decreases. So clock goes
fast.
ii) In summer the length of the Pendulum increases and its time period increases. So the clock
goes slow.
fast.
ii) In summer the length of the Pendulum increases and its time period increases. So the clock
goes slow.
ARATI SREEKANTH
Time period of a pendulum is directly proportional to square root of the length of the
Pendulum.
i) In winter the length of the pendulum decreases and its time period decreases. So clock goes
fast.
ii) In summer the length of the Pendulum increases and its time period increases. So the clock
goes slow.
Pendulum.
i) In winter the length of the pendulum decreases and its time period decreases. So clock goes
fast.
ii) In summer the length of the Pendulum increases and its time period increases. So the clock
goes slow.
salvathshaik
In winter the length of the pendulum decreases and its time period decreases. So clock goes
fast.but In summer the length of the Pendulum increases and its time period increases. So the clock
goes slow.
fast.but In summer the length of the Pendulum increases and its time period increases. So the clock
goes slow.
mahendra
Time period of a pendulum clock is directly proportional to square root of the length of thePendulum.i) In winter the length of the pendulum decreases and its time period decreases. So clock goesfast.ii) In summer the length of the Pendulum increases and its time period increases. So the clockgoes slow.
mahendra
Time period of a pendulum clock is directly proportional to square root of the length of thePendulum.i) In winter the length of the pendulum decreases and its time period decreases. So clock goesfast.ii) In summer the length of the Pendulum increases and its time period increases. So the clockgoes slow.
mahendra
Time period of a pendulum clock is directly proportional to square root of the length of thePendulum.i) In winter the length of the pendulum decreases and its time period decreases. So clock goesfast.ii) In summer the length of the Pendulum increases and its time period increases. So the clockgoes slow.
venky
T = 2πROOT L BY G OR T INVERSLY PROPORSIONA TO L
Time period of a pendulum clock is directly proportional to square root of the length of the
Pendulum.
i) In winter the length of the pendulum decreases and its time period decreases. So clock goes
fast.
ii) In summer the length of the Pendulum increases and its time period increases. So the clock
goes slow.
Pendulum.
i) In winter the length of the pendulum decreases and its time period decreases. So clock goes
fast.
ii) In summer the length of the Pendulum increases and its time period increases. So the clock
goes slow.
venky
rey approve cheyara babu
Sangita Rao
In summer and the length of pendulum string increases and it’s time period also increase so the pendulum clock go slower in summer and winter the length of pendulum string decreases and it's time period is also decreases so the pendulum goes faster in winter
Karthik Prabhu
Because as the length decreases time period increses so length is inversely proportional to time period
ajaynath
because time depends upon effective length of string.In summer length of string increases due to temperature and in winter length contracts.so time works dependig upon seasons.
ajaynath
because time depends upon effective length of string.In summer length of string increases due to temperature and in winter length contracts.so time works depending upon seasons.
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