To convert celcius to farenheit the formula to be used is (c*9/5)+32
so
we have to use this formula and we will get the final answer then do the same with the other no. also then subtract both the answer to get the final answer
A body which is unable to dissipate the energy that it posses or contains inside itself. As there are various techniques through which any normal body can remove the extra amount of heat from itself and maintain a balance body temperature,T.
As, we have the following formula to convert the temperature,T present in centigrade to the Fahrenheit, as follows;
<u>T(Fahrenheit)=T(centigrade)×1.8+32,</u>
Explanation:
So by putting the values provided in the problem, we can now resolve it as,
For the lower limit we can have,
T(Fahrenheit)=T(41)×1.8+32,
T(Fahrenheit)=105.8°F.
And for the higher limits we can resolve them as,
T(Fahrenheit)=T(42.3)×1.8+32,
T(Fahrenheit)=108.14°F.
<u>As we have the hyperthermic body temperature range from the 105.8°F to 108.14°F.</u>
An initial velocity is: v o = 25 m/s The vertical component of the initial velocity: v o y = v o * sin 60° = = v o * √3 / 2 = 25 m/s * √3 / 2 = 21.65 m/s Answer: The approximate vertical component of the initial velocity is 21.65 m/s.
The image produced a convex mirror is always virtual irrespective of location. The size of the image is always smaller than the object. In a plane mirror the distance of the object and the distance of the image is same. But in a convex the image distance is always less than the object distance.