# Recent questions tagged time

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How many minutes are in a year?
How many minutes are in a year?How many minutes are in a year? ...
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How has managerial decision making changed in the 4IR?
How has managerial decision making changed in the 4IR?How has managerial decision making changed in the 4IR? ...
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How has data analytics for decision-making evolved over time?
How has data analytics for decision-making evolved over time?How has data analytics for decision-making evolved over time? ...
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Define the Discrete-Time Fourier time/space convolution property
Define the Discrete-Time Fourier time/space convolution propertyDefine the Discrete-Time Fourier time/space convolution property ...
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Define the Discrete-Time Fourier time reversal property: x(n) real
Define the Discrete-Time Fourier time reversal property: x(n) realDefine the Discrete-Time Fourier time reversal property: x(n) real ...
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Define the Discrete-Time Fourier time reversal property
Define the Discrete-Time Fourier time reversal propertyDefine the Discrete-Time Fourier time reversal property ...
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Define the Discrete-Time Fourier time shift property
Define the Discrete-Time Fourier time shift propertyDefine the Discrete-Time Fourier time shift property ...
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State the wave equation
State the wave equationState the wave equation ...
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How many times does your heart beat in a year?
How many times does your heart beat in a year?How many times does your heart beat in a year? ...
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A bicycle is traveling at 15 miles per hour. How many feet will it cover in 20 seconds?
A bicycle is traveling at 15 miles per hour. How many feet will it cover in 20 seconds?A bicycle is traveling at 15 miles per hour. How many feet will it cover in 20 seconds? ...
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Which country covers the most time zones?
Which country covers the most time zones?Which country covers the most time zones? ...
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The distance, $d$, through which a stone falls from rest varies directly as the square of the time, $t$, taken. If the stone falls $45 \mathrm{~cm}$ in 3 seconds, how far will it fall in 6 seconds?The distance, $d$, through which a stone falls from rest varies directly as the square of the time, $t$, taken. If the stone falls $45 \mathrm{~c ... close Notice: Undefined index: avatar in /home/customer/www/mathsgee.com/public_html/qa-theme/AVEN/qa-theme.php on line 993 The \(n$-year forward rate for transactions beginning at time $t$ and maturing at time $t+n$ is denoted by $f_{t, n}$. You are given:
The $n$-year forward rate for transactions beginning at time $t$ and maturing at time $t+n$ is denoted by $f_{t, n}$. You are given:The $n$-year forward rate for transactions beginning at time $t$ and maturing at time $t+n$ is denoted by $f_{t, n}$. You are given: \ \begin ...
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Differentiate cross sectional research from time series research.
Differentiate cross sectional research from time series research.Differentiate cross sectional research from time series research. ...
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The more time spent studying, the greater the improvement in exam performance". This is an example of:
The more time spent studying, the greater the improvement in exam performance". This is an example of:The more time spent studying, the greater the improvement in exam performance&quot;. This is an example of: a) A hypothesis that results in a negative ...
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A train is traveling 20 kilometers per hour. It is .5 kilometers behind you. You want to beat the train to a crossing that is .5 kilometers away. How fast must you run?
A train is traveling 20 kilometers per hour. It is .5 kilometers behind you. You want to beat the train to a crossing that is .5 kilometers away. How fast must you run?A train is traveling 20 kilometers per hour. It is .5 kilometers behind you. You want to beat the train to a crossing that is .5 kilometers away. How ...
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The time needed for a net force of 10 newtons to change the velocity of a 5 kilograms mass by 3 meters/second is:
The time needed for a net force of 10 newtons to change the velocity of a 5 kilograms mass by 3 meters/second is:The time needed for a net force of 10 newtons to change the velocity of a 5 kilograms mass by 3 meters/second is: w) 1.5 seconds x) 6 seconds y) 16 ...
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Which of the following scientists is responsible for the exclusion principle which states that two objects may NOT occupy the same space at the same time? Was it:
Which of the following scientists is responsible for the exclusion principle which states that two objects may NOT occupy the same space at the same time? Was it:Which of the following scientists is responsible for the exclusion principle which states that two objects may NOT occupy the same space at the same t ...
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Work is equal to which of the following?
Work is equal to which of the following?Work is equal to which of the following? w) the cross product of force and displacement. x) the product of force times time y) force divided by tim ...
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A stopwatch is defective and shows a time of 55 seconds for every minute. If this stop watch is used in an experiment and shows a time of 3 Minutes and 40 seconds, what time has actually elapsed ( 1 minute $=6$ Oseconds)?A stopwatch is defective and shows a time of 55 seconds for every minute. If this stop watch is used in an experiment and shows a time of 3 Minutes an ...
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A team of eight lumberjacks cut an average of 15,000 cubic feet of timber in a week. How many cubic feet will four lumberjacks cut in four weeks?
A team of eight lumberjacks cut an average of 15,000 cubic feet of timber in a week. How many cubic feet will four lumberjacks cut in four weeks?A team of eight lumberjacks cut an average of 15,000 cubic feet of timber in a week. How many cubic feet will four lumberjacks cut in four weeks? ...
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A body of mass $3 \mathrm{~kg}$ moves with a velocity of $8 \mathrm{~ms}^{-1}$. It collides with a second body moving in the same direction with a velocity of $5 \mathrm{~ms}^{-1}$.(a) A body of mass $3 \mathrm{~kg}$ moves with a velocity of $8 \mathrm{~ms}^{-1}$. It collides with a second body moving in the same direction wi ...
The velocity, $\mathrm{V}$, of a particle after t seconds, is $V=3 t^{2}+2 t-1$. Find the acceleration of the particle after 2 seconds.
The velocity, $\mathrm{V}$, of a particle after t seconds, is $V=3 t^{2}+2 t-1$. Find the acceleration of the particle after 2 seconds.The velocity, $\mathrm{V}$, of a particle after t seconds, is $V=3 t^{2}+2 t-1$. Find the acceleration of the particle after 2 seconds. A. $10 \ ... close Notice: Undefined index: avatar in /home/customer/www/mathsgee.com/public_html/qa-theme/AVEN/qa-theme.php on line 993 A force ( \(10 i+4 j)$ N acts on a body of mass $2 \mathrm{~kg}$ which is at rest. Find the velocity after 3 seconds.
A force ( $10 i+4 j)$ N acts on a body of mass $2 \mathrm{~kg}$ which is at rest. Find the velocity after 3 seconds.A force ( $10 i+4 j)$ N acts on a body of mass $2 \mathrm{~kg}$ which is at rest. Find the velocity after 3 seconds. A. \(\left(\frac{5 i}{3}+\fr ...