To multiply two tensors tf_x
and tf_y
, you can use tf.matmul(tf_x, tf_y)
in TensorFlow. This function computes the matrix product of the two tensors. Make sure the dimensions of the tensors are compatible for matrix multiplication, such as the inner dimensions of the tensors being the same.
Heat gained by one object has to equal the heat lost by the other object. The final temperature of the two objects will be the same.Object 1:mass1 = 50 ginitial T1 = 20 oCCg = 2 J/degree/gramfinal T1 = TfChange in temperature = Tf - T1Q = Cg x change in T x mass= 2 x ( Tf - T1 ) x 50Water:Mass = 200 gCg = 4.18 J/ degree/ gramChange in T = Tf - 40Q = 4.18 x (Tf - 40) x 2004.18 x (Tf - 40) x 200 = -(2 x ( Tf - 20 ) x 50)Tf = 37.9 oC
absorbed: endothermic released: exothermic however, substances rarely do this when changing state ()i.e solid to liquid etc() but it is common in chemical reactions ()Lithium+water for example()
To find the heat gained in a specific heat problem, you can use the formula: Q = mcΔT, where Q is the heat gained, m is the mass of the substance, c is the specific heat capacity of the substance, and ΔT is the change in temperature. Simply plug in the values for mass, specific heat capacity, and temperature change to calculate the heat gained.
It is about -172.3 °C Temperature is easy to convert from Fahrenheit to Celsius yourself. You can use the formula Tc = (5/9)*(Tf-32) where Tc = temperature in degrees Celsius, Tf = temperature in degrees Fahrenheit. -279 F is -172.3 C.
Okay, so we have some amount of water that is hot, and some amount of water that is cold. Mix em together and you will get something warm. At the end, both the hot water and cold water you started with will be the same temperature. If both will equal the same temperature at the end of the reaction, we can make them equal to each other and solve for "X".s = specific heat (specific heat of water is 4.18 J/ degree Celsius x gram)m = mass(Tf - Ti) aka. "delta T" = change in temperature, Final - Initial.However since one of them is losing heat and the other is gaining heat energy, the equation is:qhot = - qcolds1 x m1 x (Tf - Ti) = - s2 x m2 x (Tf - Ti)(4.18 J / C x g) x (50.g) x (X - 60 C) = - (4.18 J / C x g) x (25g) x (X - 20 C)DROP UNITS and solve for "X"depending on whether you round or not, I'll put down exact numbers and round at end209X - 12540 = - 104.5X + 2090313.5X = 14630X = 46.66666In which case you can round it to 47 C.So to sum it up, if you mix these two together, the final temperature will be 47 degrees Celsius.
Yes, but only Micro SD cards will fit in the TF slot
A TF card is a memory card and is not the same as a SIM card.
Heat gained by one object has to equal the heat lost by the other object. The final temperature of the two objects will be the same.Object 1:mass1 = 50 ginitial T1 = 20 oCCg = 2 J/degree/gramfinal T1 = TfChange in temperature = Tf - T1Q = Cg x change in T x mass= 2 x ( Tf - T1 ) x 50Water:Mass = 200 gCg = 4.18 J/ degree/ gramChange in T = Tf - 40Q = 4.18 x (Tf - 40) x 2004.18 x (Tf - 40) x 200 = -(2 x ( Tf - 20 ) x 50)Tf = 37.9 oC
2% grade is equal to 1/4" per foot or 1:50(metric)If you know the length and the grade and need the total fall:TF=l x g:. TF = 50' x 1/4"per foot (or 0.25)TF = 12.5" or 12'-6"To find the grade:g = TF / lTo find the length:l = TF / g
there are 3 films, 1 animated movie, 10 cartoon series, NOT counting the Japanese versions, and a few webisodes. TF 1 TF 2 Revenge of the Fallen TF 3 Dark of the Moon TF the Movie TF Gen. 1 TF Gen. 2 Beast Wars: TF Beast Wars II TF Robots in Disguise TF Armada TF Energon TF Cybertron TF Animated TF Prime hope that helps
Drammens TF was created in 1857.
Eidsvold TF was created in 1910.
Trondhjems TF was created in 1858.
Tønsbergs TF was created in 1864.
Os TF was created in 1905.
To convert from centigrade (Celsius) to Fahrenheit, you can use the formula: Fahrenheit = (Celsius x 9/5) + 32. Multiply the temperature in Celsius by 9/5 and add 32 to get the temperature in Fahrenheit.
TF is a abbreviation for Tiny Flash drive card